Deck 14: Ornamental Fish Identification and Production Management
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Question
The net should be moved quickly in the water to catch fish.
Use Space or 
to flip the card.
Question
Nets should be coarse and stiff in order to catch a fish more easily.
Question
Some fish can be caught with a net by bringing it up from beneath them.
Question
Heavy objects, such as a bottle, can be useful in catching fish.
Question
A plastic baggie should never be used to capture a fish.
Question
Fish require bacteria in the water to be healthy.
Question
The ideal pH level of water for most fish is an average of 8.0.
Question
Match between columns
Premises:
Responses:
floss
water measured at levels below 7.0
floss
movement of water
floss
newborn baby fish
floss
tool used to measure specific gravity
floss
parasite that causes white spots on the body
floss
number that determines acid or alkaline water
floss
mating or breeding
floss
poisonous or harmful
floss
group of five or more breeding fish
floss
filter material made of gravel, fiber, and charcoal
floss
bacterial infection causing fluid build up
floss
weight of liquid
floss
water measured at levels above 7.0
Question
When a fish is caught in the net it should be kept in the tank to reduce stress.
Question
A dark net is the best color to use when catching a fish.
Question
Aging is done over a period of at least 7 days.
Question
Match between columns
Premises:
Responses:
shoal
water measured at levels below 7.0
shoal
movement of water
shoal
newborn baby fish
shoal
tool used to measure specific gravity
shoal
parasite that causes white spots on the body
shoal
number that determines acid or alkaline water
shoal
mating or breeding
shoal
poisonous or harmful
shoal
group of five or more breeding fish
shoal
filter material made of gravel, fiber, and charcoal
shoal
bacterial infection causing fluid build up
shoal
weight of liquid
shoal
water measured at levels above 7.0
Question
Match between columns
Premises:
Responses:
toxic
water measured at levels below 7.0
toxic
movement of water
toxic
newborn baby fish
toxic
tool used to measure specific gravity
toxic
parasite that causes white spots on the body
toxic
number that determines acid or alkaline water
toxic
mating or breeding
toxic
poisonous or harmful
toxic
group of five or more breeding fish
toxic
filter material made of gravel, fiber, and charcoal
toxic
bacterial infection causing fluid build up
toxic
weight of liquid
toxic
water measured at levels above 7.0
Question
Two nets can be used to capture a fish.
Question
Most ornamental fish species are live young bearers.
Question
The water and pH levels should be checked monthly.
Question
If a fish becomes tangled in a net, it should be cut free.
Question
It is best to add water to the tank when capturing a fish.
Question
Fish should never be caught with the hands.
Question
A net can be allowed to sit in the water for fish to become accustomed to it.
Question
Match between columns
Premises:
Responses:
spawning
water measured at levels below 7.0
spawning
movement of water
spawning
newborn baby fish
spawning
tool used to measure specific gravity
spawning
parasite that causes white spots on the body
spawning
number that determines acid or alkaline water
spawning
mating or breeding
spawning
poisonous or harmful
spawning
group of five or more breeding fish
spawning
filter material made of gravel, fiber, and charcoal
spawning
bacterial infection causing fluid build up
spawning
weight of liquid
spawning
water measured at levels above 7.0
Question
Match between columns
Premises:
Responses:
pH level
water measured at levels below 7.0
pH level
movement of water
pH level
newborn baby fish
pH level
tool used to measure specific gravity
pH level
parasite that causes white spots on the body
pH level
number that determines acid or alkaline water
pH level
mating or breeding
pH level
poisonous or harmful
pH level
group of five or more breeding fish
pH level
filter material made of gravel, fiber, and charcoal
pH level
bacterial infection causing fluid build up
pH level
weight of liquid
pH level
water measured at levels above 7.0
Question
Match between columns
Premises:
Responses:
ich
water measured at levels below 7.0
ich
movement of water
ich
newborn baby fish
ich
tool used to measure specific gravity
ich
parasite that causes white spots on the body
ich
number that determines acid or alkaline water
ich
mating or breeding
ich
poisonous or harmful
ich
group of five or more breeding fish
ich
filter material made of gravel, fiber, and charcoal
ich
bacterial infection causing fluid build up
ich
weight of liquid
ich
water measured at levels above 7.0
Question
Match between columns
Premises:
Responses:
hydrometer
water measured at levels below 7.0
hydrometer
movement of water
hydrometer
newborn baby fish
hydrometer
tool used to measure specific gravity
hydrometer
parasite that causes white spots on the body
hydrometer
number that determines acid or alkaline water
hydrometer
mating or breeding
hydrometer
poisonous or harmful
hydrometer
group of five or more breeding fish
hydrometer
filter material made of gravel, fiber, and charcoal
hydrometer
bacterial infection causing fluid build up
hydrometer
weight of liquid
hydrometer
water measured at levels above 7.0
Question
Match between columns
Premises:
Responses:
fry
water measured at levels below 7.0
fry
movement of water
fry
newborn baby fish
fry
tool used to measure specific gravity
fry
parasite that causes white spots on the body
fry
number that determines acid or alkaline water
fry
mating or breeding
fry
poisonous or harmful
fry
group of five or more breeding fish
fry
filter material made of gravel, fiber, and charcoal
fry
bacterial infection causing fluid build up
fry
weight of liquid
fry
water measured at levels above 7.0
Question
Match between columns
Premises:
Responses:
circulation
water measured at levels below 7.0
circulation
movement of water
circulation
newborn baby fish
circulation
tool used to measure specific gravity
circulation
parasite that causes white spots on the body
circulation
number that determines acid or alkaline water
circulation
mating or breeding
circulation
poisonous or harmful
circulation
group of five or more breeding fish
circulation
filter material made of gravel, fiber, and charcoal
circulation
bacterial infection causing fluid build up
circulation
weight of liquid
circulation
water measured at levels above 7.0
Question
Match between columns
Premises:
Responses:
acidic
water measured at levels below 7.0
acidic
movement of water
acidic
newborn baby fish
acidic
tool used to measure specific gravity
acidic
parasite that causes white spots on the body
acidic
number that determines acid or alkaline water
acidic
mating or breeding
acidic
poisonous or harmful
acidic
group of five or more breeding fish
acidic
filter material made of gravel, fiber, and charcoal
acidic
bacterial infection causing fluid build up
acidic
weight of liquid
acidic
water measured at levels above 7.0
Question
Match between columns
Premises:
Responses:
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
aging
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
scavenger
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
ascites
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
alkalinity
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
floss
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
salinity
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
circulation
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
dorsal fin
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
acidity
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
fish fungus
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
lateral line
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
vat
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
plankton
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
dissolved oxygen
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
fry
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
nitrifier filter
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
spawning
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
gills
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
specific gravity
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
ich
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
pH level
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
fin rot
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
photosynthesis
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
pool
Question
Match between columns
Premises:
Responses:
number that determines if water is acidic or alkaline
aging
number that determines if water is acidic or alkaline
scavenger
number that determines if water is acidic or alkaline
ascites
number that determines if water is acidic or alkaline
alkalinity
number that determines if water is acidic or alkaline
floss
number that determines if water is acidic or alkaline
salinity
number that determines if water is acidic or alkaline
circulation
number that determines if water is acidic or alkaline
dorsal fin
number that determines if water is acidic or alkaline
acidity
number that determines if water is acidic or alkaline
fish fungus
number that determines if water is acidic or alkaline
lateral line
number that determines if water is acidic or alkaline
vat
number that determines if water is acidic or alkaline
plankton
number that determines if water is acidic or alkaline
dissolved oxygen
number that determines if water is acidic or alkaline
fry
number that determines if water is acidic or alkaline
nitrifier filter
number that determines if water is acidic or alkaline
spawning
number that determines if water is acidic or alkaline
gills
number that determines if water is acidic or alkaline
specific gravity
number that determines if water is acidic or alkaline
ich
number that determines if water is acidic or alkaline
pH level
number that determines if water is acidic or alkaline
fin rot
number that determines if water is acidic or alkaline
photosynthesis
number that determines if water is acidic or alkaline
pool
Question
Match between columns
Premises:
Responses:
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
aging
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
scavenger
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
ascites
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
alkalinity
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
floss
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
salinity
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
circulation
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
dorsal fin
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
acidity
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
fish fungus
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
lateral line
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
vat
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
plankton
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
dissolved oxygen
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
fry
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
nitrifier filter
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
spawning
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
gills
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
specific gravity
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
ich
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
pH level
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
fin rot
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
photosynthesis
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
pool
Question
Match between columns
Premises:
Responses:
weight of a liquid
aging
weight of a liquid
scavenger
weight of a liquid
ascites
weight of a liquid
alkalinity
weight of a liquid
floss
weight of a liquid
salinity
weight of a liquid
circulation
weight of a liquid
dorsal fin
weight of a liquid
acidity
weight of a liquid
fish fungus
weight of a liquid
lateral line
weight of a liquid
vat
weight of a liquid
plankton
weight of a liquid
dissolved oxygen
weight of a liquid
fry
weight of a liquid
nitrifier filter
weight of a liquid
spawning
weight of a liquid
gills
weight of a liquid
specific gravity
weight of a liquid
ich
weight of a liquid
pH level
weight of a liquid
fin rot
weight of a liquid
photosynthesis
weight of a liquid
pool
Question
Match between columns
Premises:
Responses:
organs that allow a fish to breathe
vat
organs that allow a fish to breathe
aging
organs that allow a fish to breathe
scavenger
organs that allow a fish to breathe
ascites
organs that allow a fish to breathe
alkalinity
organs that allow a fish to breathe
floss
organs that allow a fish to breathe
salinity
organs that allow a fish to breathe
circulation
organs that allow a fish to breathe
dorsal fin
organs that allow a fish to breathe
acidity
organs that allow a fish to breathe
fish fungus
organs that allow a fish to breathe
lateral line
organs that allow a fish to breathe
plankton
organs that allow a fish to breathe
dissolved oxygen
organs that allow a fish to breathe
fry
organs that allow a fish to breathe
nitrifier filter
organs that allow a fish to breathe
spawning
organs that allow a fish to breathe
gills
organs that allow a fish to breathe
specific gravity
organs that allow a fish to breathe
ich
organs that allow a fish to breathe
pH level
organs that allow a fish to breathe
fin rot
organs that allow a fish to breathe
photosynthesis
organs that allow a fish to breathe
pool
Question
Match between columns
Premises:
Responses:
mating
aging
mating
scavenger
mating
ascites
mating
alkalinity
mating
floss
mating
salinity
mating
circulation
mating
dorsal fin
mating
acidity
mating
fish fungus
mating
lateral line
mating
vat
mating
plankton
mating
dissolved oxygen
mating
fry
mating
nitrifier filter
mating
spawning
mating
gills
mating
specific gravity
mating
ich
mating
pH level
mating
fin rot
mating
photosynthesis
mating
pool
Question
Match between columns
Premises:
Responses:
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
aging
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
scavenger
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
ascites
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
alkalinity
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
floss
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
salinity
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
circulation
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
dorsal fin
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
acidity
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
fish fungus
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
lateral line
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
vat
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
plankton
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
dissolved oxygen
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
fry
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
nitrifier filter
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
spawning
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
gills
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
specific gravity
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
ich
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
pH level
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
fin rot
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
photosynthesis
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
pool
Question
Match between columns
Premises:
Responses:
newborn baby fish
aging
newborn baby fish
scavenger
newborn baby fish
ascites
newborn baby fish
alkalinity
newborn baby fish
floss
newborn baby fish
salinity
newborn baby fish
circulation
newborn baby fish
dorsal fin
newborn baby fish
acidity
newborn baby fish
fish fungus
newborn baby fish
lateral line
newborn baby fish
vat
newborn baby fish
plankton
newborn baby fish
dissolved oxygen
newborn baby fish
fry
newborn baby fish
nitrifier filter
newborn baby fish
spawning
newborn baby fish
gills
newborn baby fish
specific gravity
newborn baby fish
ich
newborn baby fish
pH level
newborn baby fish
fin rot
newborn baby fish
photosynthesis
newborn baby fish
pool
Question
Match between columns
Premises:
Responses:
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
aging
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
scavenger
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
ascites
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
alkalinity
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
floss
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
salinity
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
circulation
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
dorsal fin
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
acidity
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
fish fungus
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
lateral line
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
vat
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
plankton
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
dissolved oxygen
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
fry
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
nitrifier filter
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
spawning
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
gills
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
specific gravity
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
ich
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
pH level
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
fin rot
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
photosynthesis
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
pool
Question
Match between columns
Premises:
Responses:
tiny plants
aging
tiny plants
scavenger
tiny plants
ascites
tiny plants
alkalinity
tiny plants
floss
tiny plants
salinity
tiny plants
circulation
tiny plants
dorsal fin
tiny plants
acidity
tiny plants
fish fungus
tiny plants
lateral line
tiny plants
vat
tiny plants
plankton
tiny plants
dissolved oxygen
tiny plants
fry
tiny plants
nitrifier filter
tiny plants
spawning
tiny plants
gills
tiny plants
specific gravity
tiny plants
ich
tiny plants
pH level
tiny plants
fin rot
tiny plants
photosynthesis
tiny plants
pool
Question
Match between columns
Premises:
Responses:
large tank of water commonly used for breeding or for reproductive systems
aging
large tank of water commonly used for breeding or for reproductive systems
scavenger
large tank of water commonly used for breeding or for reproductive systems
ascites
large tank of water commonly used for breeding or for reproductive systems
alkalinity
large tank of water commonly used for breeding or for reproductive systems
floss
large tank of water commonly used for breeding or for reproductive systems
salinity
large tank of water commonly used for breeding or for reproductive systems
circulation
large tank of water commonly used for breeding or for reproductive systems
dorsal fin
large tank of water commonly used for breeding or for reproductive systems
acidity
large tank of water commonly used for breeding or for reproductive systems
fish fungus
large tank of water commonly used for breeding or for reproductive systems
lateral line
large tank of water commonly used for breeding or for reproductive systems
vat
large tank of water commonly used for breeding or for reproductive systems
plankton
large tank of water commonly used for breeding or for reproductive systems
dissolved oxygen
large tank of water commonly used for breeding or for reproductive systems
fry
large tank of water commonly used for breeding or for reproductive systems
nitrifier filter
large tank of water commonly used for breeding or for reproductive systems
spawning
large tank of water commonly used for breeding or for reproductive systems
gills
large tank of water commonly used for breeding or for reproductive systems
specific gravity
large tank of water commonly used for breeding or for reproductive systems
ich
large tank of water commonly used for breeding or for reproductive systems
pH level
large tank of water commonly used for breeding or for reproductive systems
fin rot
large tank of water commonly used for breeding or for reproductive systems
photosynthesis
large tank of water commonly used for breeding or for reproductive systems
pool
Question
Match between columns
Premises:
Responses:
organ located just under the scales that picks up vibrations in the water
aging
organ located just under the scales that picks up vibrations in the water
scavenger
organ located just under the scales that picks up vibrations in the water
ascites
organ located just under the scales that picks up vibrations in the water
alkalinity
organ located just under the scales that picks up vibrations in the water
floss
organ located just under the scales that picks up vibrations in the water
salinity
organ located just under the scales that picks up vibrations in the water
circulation
organ located just under the scales that picks up vibrations in the water
dorsal fin
organ located just under the scales that picks up vibrations in the water
acidity
organ located just under the scales that picks up vibrations in the water
fish fungus
organ located just under the scales that picks up vibrations in the water
lateral line
organ located just under the scales that picks up vibrations in the water
vat
organ located just under the scales that picks up vibrations in the water
plankton
organ located just under the scales that picks up vibrations in the water
dissolved oxygen
organ located just under the scales that picks up vibrations in the water
fry
organ located just under the scales that picks up vibrations in the water
nitrifier filter
organ located just under the scales that picks up vibrations in the water
spawning
organ located just under the scales that picks up vibrations in the water
gills
organ located just under the scales that picks up vibrations in the water
specific gravity
organ located just under the scales that picks up vibrations in the water
ich
organ located just under the scales that picks up vibrations in the water
pH level
organ located just under the scales that picks up vibrations in the water
fin rot
organ located just under the scales that picks up vibrations in the water
photosynthesis
organ located just under the scales that picks up vibrations in the water
pool
Question
Match the following terms with the correct definition.
Errorrr
A) aging
B) scavenger
C) ascites
D) alkalinity
E) floss
F) salinity
G) circulation
H) dorsal fin
I) acidity
J) fish fungus
K) lateral line
L) vat
M) plankton
N) dissolved oxygen
O) fry
P) nitrifier filter
Q) spawning
R) gills
S) specific gravity
T) ich
U) pH level
V) fin rot
W) photosynthesis
X) pool
Errorrr
A) aging
B) scavenger
C) ascites
D) alkalinity
E) floss
F) salinity
G) circulation
H) dorsal fin
I) acidity
J) fish fungus
K) lateral line
L) vat
M) plankton
N) dissolved oxygen
O) fry
P) nitrifier filter
Q) spawning
R) gills
S) specific gravity
T) ich
U) pH level
V) fin rot
W) photosynthesis
X) pool
Question
Match between columns
Premises:
Responses:
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
aging
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
scavenger
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
ascites
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
alkalinity
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
floss
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
salinity
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
circulation
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
dorsal fin
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
acidity
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
fish fungus
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
lateral line
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
vat
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
plankton
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
dissolved oxygen
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
fry
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
nitrifier filter
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
spawning
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
gills
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
specific gravity
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
ich
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
pH level
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
fin rot
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
photosynthesis
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
pool
Question
Match the following terms with the correct definition.
Errorrr
A) aging
B) scavenger
C) ascites
D) alkalinity
E) floss
F) salinity
G) circulation
H) dorsal fin
I) acidity
J) fish fungus
K) lateral line
L) vat
M) plankton
N) dissolved oxygen
O) fry
P) nitrifier filter
Q) spawning
R) gills
S) specific gravity
T) ich
U) pH level
V) fin rot
W) photosynthesis
X) pool
Errorrr
A) aging
B) scavenger
C) ascites
D) alkalinity
E) floss
F) salinity
G) circulation
H) dorsal fin
I) acidity
J) fish fungus
K) lateral line
L) vat
M) plankton
N) dissolved oxygen
O) fry
P) nitrifier filter
Q) spawning
R) gills
S) specific gravity
T) ich
U) pH level
V) fin rot
W) photosynthesis
X) pool
Question
Match between columns
Premises:
Responses:
water measured at levels below 7.0
aging
water measured at levels below 7.0
scavenger
water measured at levels below 7.0
ascites
water measured at levels below 7.0
alkalinity
water measured at levels below 7.0
floss
water measured at levels below 7.0
salinity
water measured at levels below 7.0
circulation
water measured at levels below 7.0
dorsal fin
water measured at levels below 7.0
acidity
water measured at levels below 7.0
fish fungus
water measured at levels below 7.0
lateral line
water measured at levels below 7.0
vat
water measured at levels below 7.0
plankton
water measured at levels below 7.0
dissolved oxygen
water measured at levels below 7.0
fry
water measured at levels below 7.0
nitrifier filter
water measured at levels below 7.0
spawning
water measured at levels below 7.0
gills
water measured at levels below 7.0
specific gravity
water measured at levels below 7.0
ich
water measured at levels below 7.0
pH level
water measured at levels below 7.0
fin rot
water measured at levels below 7.0
photosynthesis
water measured at levels below 7.0
pool
Question
Most fish are covered over the body with ___________ that serve as protection.
Question
Match between columns
Premises:
Responses:
located on the back of fish and used to steer the fish through water
aging
located on the back of fish and used to steer the fish through water
scavenger
located on the back of fish and used to steer the fish through water
ascites
located on the back of fish and used to steer the fish through water
alkalinity
located on the back of fish and used to steer the fish through water
floss
located on the back of fish and used to steer the fish through water
salinity
located on the back of fish and used to steer the fish through water
circulation
located on the back of fish and used to steer the fish through water
dorsal fin
located on the back of fish and used to steer the fish through water
acidity
located on the back of fish and used to steer the fish through water
fish fungus
located on the back of fish and used to steer the fish through water
lateral line
located on the back of fish and used to steer the fish through water
vat
located on the back of fish and used to steer the fish through water
plankton
located on the back of fish and used to steer the fish through water
dissolved oxygen
located on the back of fish and used to steer the fish through water
fry
located on the back of fish and used to steer the fish through water
nitrifier filter
located on the back of fish and used to steer the fish through water
spawning
located on the back of fish and used to steer the fish through water
gills
located on the back of fish and used to steer the fish through water
specific gravity
located on the back of fish and used to steer the fish through water
ich
located on the back of fish and used to steer the fish through water
pH level
located on the back of fish and used to steer the fish through water
fin rot
located on the back of fish and used to steer the fish through water
photosynthesis
located on the back of fish and used to steer the fish through water
pool
Question
Match between columns
Premises:
Responses:
movement of water
aging
movement of water
scavenger
movement of water
ascites
movement of water
alkalinity
movement of water
floss
movement of water
salinity
movement of water
circulation
movement of water
dorsal fin
movement of water
acidity
movement of water
fish fungus
movement of water
lateral line
movement of water
vat
movement of water
plankton
movement of water
dissolved oxygen
movement of water
fry
movement of water
nitrifier filter
movement of water
spawning
movement of water
gills
movement of water
specific gravity
movement of water
ich
movement of water
pH level
movement of water
fin rot
movement of water
photosynthesis
movement of water
pool
Question
Fish can live in two water types, either _________ or _________.
Question
The ______________________ warms the water of a tank.
Question
Ornamental fish are very different and have much ______________.
Question
Match between columns
Premises:
Responses:
salt content in water
aging
salt content in water
scavenger
salt content in water
ascites
salt content in water
alkalinity
salt content in water
floss
salt content in water
salinity
salt content in water
circulation
salt content in water
dorsal fin
salt content in water
acidity
salt content in water
fish fungus
salt content in water
lateral line
salt content in water
vat
salt content in water
plankton
salt content in water
dissolved oxygen
salt content in water
fry
salt content in water
nitrifier filter
salt content in water
spawning
salt content in water
gills
salt content in water
specific gravity
salt content in water
ich
salt content in water
pH level
salt content in water
fin rot
salt content in water
photosynthesis
salt content in water
pool
Question
Match between columns
Premises:
Responses:
filter material made of gravel, charcoal, and fiber
aging
filter material made of gravel, charcoal, and fiber
scavenger
filter material made of gravel, charcoal, and fiber
ascites
filter material made of gravel, charcoal, and fiber
alkalinity
filter material made of gravel, charcoal, and fiber
floss
filter material made of gravel, charcoal, and fiber
salinity
filter material made of gravel, charcoal, and fiber
circulation
filter material made of gravel, charcoal, and fiber
dorsal fin
filter material made of gravel, charcoal, and fiber
acidity
filter material made of gravel, charcoal, and fiber
fish fungus
filter material made of gravel, charcoal, and fiber
lateral line
filter material made of gravel, charcoal, and fiber
vat
filter material made of gravel, charcoal, and fiber
plankton
filter material made of gravel, charcoal, and fiber
dissolved oxygen
filter material made of gravel, charcoal, and fiber
fry
filter material made of gravel, charcoal, and fiber
nitrifier filter
filter material made of gravel, charcoal, and fiber
spawning
filter material made of gravel, charcoal, and fiber
gills
filter material made of gravel, charcoal, and fiber
specific gravity
filter material made of gravel, charcoal, and fiber
ich
filter material made of gravel, charcoal, and fiber
pH level
filter material made of gravel, charcoal, and fiber
fin rot
filter material made of gravel, charcoal, and fiber
photosynthesis
filter material made of gravel, charcoal, and fiber
pool
Question
Match between columns
Premises:
Responses:
water measurement at levels above 7.0
aging
water measurement at levels above 7.0
scavenger
water measurement at levels above 7.0
ascites
water measurement at levels above 7.0
alkalinity
water measurement at levels above 7.0
floss
water measurement at levels above 7.0
salinity
water measurement at levels above 7.0
circulation
water measurement at levels above 7.0
dorsal fin
water measurement at levels above 7.0
acidity
water measurement at levels above 7.0
fish fungus
water measurement at levels above 7.0
lateral line
water measurement at levels above 7.0
vat
water measurement at levels above 7.0
plankton
water measurement at levels above 7.0
dissolved oxygen
water measurement at levels above 7.0
fry
water measurement at levels above 7.0
nitrifier filter
water measurement at levels above 7.0
spawning
water measurement at levels above 7.0
gills
water measurement at levels above 7.0
specific gravity
water measurement at levels above 7.0
ich
water measurement at levels above 7.0
pH level
water measurement at levels above 7.0
fin rot
water measurement at levels above 7.0
photosynthesis
water measurement at levels above 7.0
pool
Question
Match between columns
Premises:
Responses:
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
aging
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
scavenger
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
ascites
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
alkalinity
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
floss
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
salinity
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
circulation
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
dorsal fin
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
acidity
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
fish fungus
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
lateral line
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
vat
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
plankton
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
dissolved oxygen
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
fry
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
nitrifier filter
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
spawning
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
gills
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
specific gravity
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
ich
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
pH level
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
fin rot
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
photosynthesis
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
pool
Question
Match the following terms with the correct definition.
Errorrr
A) water measured at levels below 7.0
B) movement of water
C) newborn baby fish
D) tool used to measure specific gravity
E) parasite that causes white spots on the body
F) number that determines acid or alkaline water
G) mating or breeding
H) poisonous or harmful
I) group of five or more breeding fish
J) filter material made of gravel, fiber, and charcoal
K) bacterial infection causing fluid build up
L) weight of liquid
M) water measured at levels above 7.0
Errorrr
A) water measured at levels below 7.0
B) movement of water
C) newborn baby fish
D) tool used to measure specific gravity
E) parasite that causes white spots on the body
F) number that determines acid or alkaline water
G) mating or breeding
H) poisonous or harmful
I) group of five or more breeding fish
J) filter material made of gravel, fiber, and charcoal
K) bacterial infection causing fluid build up
L) weight of liquid
M) water measured at levels above 7.0
Question
Groups of fish care called ___________ or ______________.
Question
Match the following terms with the correct definition.
Errorrr
A) water measured at levels below 7.0
B) movement of water
C) newborn baby fish
D) tool used to measure specific gravity
E) parasite that causes white spots on the body
F) number that determines acid or alkaline water
G) mating or breeding
H) poisonous or harmful
I) group of five or more breeding fish
J) filter material made of gravel, fiber, and charcoal
K) bacterial infection causing fluid build up
L) weight of liquid
M) water measured at levels above 7.0
Errorrr
A) water measured at levels below 7.0
B) movement of water
C) newborn baby fish
D) tool used to measure specific gravity
E) parasite that causes white spots on the body
F) number that determines acid or alkaline water
G) mating or breeding
H) poisonous or harmful
I) group of five or more breeding fish
J) filter material made of gravel, fiber, and charcoal
K) bacterial infection causing fluid build up
L) weight of liquid
M) water measured at levels above 7.0
Question
Match between columns
Premises:
Responses:
to remove foreign materials from the water
aging
to remove foreign materials from the water
scavenger
to remove foreign materials from the water
ascites
to remove foreign materials from the water
alkalinity
to remove foreign materials from the water
floss
to remove foreign materials from the water
salinity
to remove foreign materials from the water
circulation
to remove foreign materials from the water
dorsal fin
to remove foreign materials from the water
acidity
to remove foreign materials from the water
fish fungus
to remove foreign materials from the water
lateral line
to remove foreign materials from the water
vat
to remove foreign materials from the water
plankton
to remove foreign materials from the water
dissolved oxygen
to remove foreign materials from the water
fry
to remove foreign materials from the water
nitrifier filter
to remove foreign materials from the water
spawning
to remove foreign materials from the water
gills
to remove foreign materials from the water
specific gravity
to remove foreign materials from the water
ich
to remove foreign materials from the water
pH level
to remove foreign materials from the water
fin rot
to remove foreign materials from the water
photosynthesis
to remove foreign materials from the water
pool
Question
Match the following terms with the correct definition.
Errorrr
A) water measured at levels below 7.0
B) movement of water
C) newborn baby fish
D) tool used to measure specific gravity
E) parasite that causes white spots on the body
F) number that determines acid or alkaline water
G) mating or breeding
H) poisonous or harmful
I) group of five or more breeding fish
J) filter material made of gravel, fiber, and charcoal
K) bacterial infection causing fluid build up
L) weight of liquid
M) water measured at levels above 7.0
Errorrr
A) water measured at levels below 7.0
B) movement of water
C) newborn baby fish
D) tool used to measure specific gravity
E) parasite that causes white spots on the body
F) number that determines acid or alkaline water
G) mating or breeding
H) poisonous or harmful
I) group of five or more breeding fish
J) filter material made of gravel, fiber, and charcoal
K) bacterial infection causing fluid build up
L) weight of liquid
M) water measured at levels above 7.0
Question
The organ known as the _____________ ___________ picks up vibrations in the water.
Question
The _____________ _____________ allows fish to float in water.
Question
The __________ ___________is the term for the tail of a fish.
Question
Match between columns
Premises:
Responses:
process done by collecting water and allowing it to stand in an open container for at least 5 days
aging
process done by collecting water and allowing it to stand in an open container for at least 5 days
scavenger
process done by collecting water and allowing it to stand in an open container for at least 5 days
ascites
process done by collecting water and allowing it to stand in an open container for at least 5 days
alkalinity
process done by collecting water and allowing it to stand in an open container for at least 5 days
floss
process done by collecting water and allowing it to stand in an open container for at least 5 days
salinity
process done by collecting water and allowing it to stand in an open container for at least 5 days
circulation
process done by collecting water and allowing it to stand in an open container for at least 5 days
dorsal fin
process done by collecting water and allowing it to stand in an open container for at least 5 days
acidity
process done by collecting water and allowing it to stand in an open container for at least 5 days
fish fungus
process done by collecting water and allowing it to stand in an open container for at least 5 days
lateral line
process done by collecting water and allowing it to stand in an open container for at least 5 days
vat
process done by collecting water and allowing it to stand in an open container for at least 5 days
plankton
process done by collecting water and allowing it to stand in an open container for at least 5 days
dissolved oxygen
process done by collecting water and allowing it to stand in an open container for at least 5 days
fry
process done by collecting water and allowing it to stand in an open container for at least 5 days
nitrifier filter
process done by collecting water and allowing it to stand in an open container for at least 5 days
spawning
process done by collecting water and allowing it to stand in an open container for at least 5 days
gills
process done by collecting water and allowing it to stand in an open container for at least 5 days
specific gravity
process done by collecting water and allowing it to stand in an open container for at least 5 days
ich
process done by collecting water and allowing it to stand in an open container for at least 5 days
pH level
process done by collecting water and allowing it to stand in an open container for at least 5 days
fin rot
process done by collecting water and allowing it to stand in an open container for at least 5 days
photosynthesis
process done by collecting water and allowing it to stand in an open container for at least 5 days
pool
Question
A group of five or more breeding fish is called a _________________ color.
Question
A net used to capture a fish should be a ___________ color.
Question
Goldfish may live as long as ____________ years.
Question
List 3 items that may be placed in a tank to protect eggs.
Question
Glass on tanks and aquariums should be _________ in thickness.
A) 102 inches
B) to inch
C) to inch
D)To inch
A) 102 inches
B) to inch
C) to inch
D)To inch
Question
List 3 breeds of fish that bear live young.
Question
List 3 tail fin shapes.
Question
A _______________ filter is located outside of the tank and cleaned every other week.
Question
Which of the following pH levels of water is alkaline?
A) 7.5
B) 4.0
C) 1.0
D) 6.5
A) 7.5
B) 4.0
C) 1.0
D) 6.5
Question
Which of the following is NOT true about nets used to capture fish?
A) Nets should be soft and move easily.
B) The net should be moved fast to catch fish.
C) Nets should be dark in color.
D) If fins become caught in the net, they can be cut free with scissors.
A) Nets should be soft and move easily.
B) The net should be moved fast to catch fish.
C) Nets should be dark in color.
D) If fins become caught in the net, they can be cut free with scissors.
Question
Air removed by fish gills is called ____________________.
Question
Which of the following fish bear live young?
A) mollies
B) goldfish
C) gouramis
D) catfish
A) mollies
B) goldfish
C) gouramis
D) catfish
Question
Which of the following filters supplements the action of bacteria and is used in large, specialized tanks?
A) outside filter
B) nitrifier filter
C) canister filter
D) undergravel filter
A) outside filter
B) nitrifier filter
C) canister filter
D) undergravel filter
Question
List 3 net tips for capturing fish.
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Deck 14: Ornamental Fish Identification and Production Management
1
The net should be moved quickly in the water to catch fish.
False
2
Nets should be coarse and stiff in order to catch a fish more easily.
False
3
Some fish can be caught with a net by bringing it up from beneath them.
True
4
Heavy objects, such as a bottle, can be useful in catching fish.
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5
A plastic baggie should never be used to capture a fish.
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6
Fish require bacteria in the water to be healthy.
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7
The ideal pH level of water for most fish is an average of 8.0.
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8
Match between columns
Premises:
Responses:
floss
water measured at levels below 7.0
floss
movement of water
floss
newborn baby fish
floss
tool used to measure specific gravity
floss
parasite that causes white spots on the body
floss
number that determines acid or alkaline water
floss
mating or breeding
floss
poisonous or harmful
floss
group of five or more breeding fish
floss
filter material made of gravel, fiber, and charcoal
floss
bacterial infection causing fluid build up
floss
weight of liquid
floss
water measured at levels above 7.0
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9
When a fish is caught in the net it should be kept in the tank to reduce stress.
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10
A dark net is the best color to use when catching a fish.
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11
Aging is done over a period of at least 7 days.
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12
Match between columns
Premises:
Responses:
shoal
water measured at levels below 7.0
shoal
movement of water
shoal
newborn baby fish
shoal
tool used to measure specific gravity
shoal
parasite that causes white spots on the body
shoal
number that determines acid or alkaline water
shoal
mating or breeding
shoal
poisonous or harmful
shoal
group of five or more breeding fish
shoal
filter material made of gravel, fiber, and charcoal
shoal
bacterial infection causing fluid build up
shoal
weight of liquid
shoal
water measured at levels above 7.0
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13
Match between columns
Premises:
Responses:
toxic
water measured at levels below 7.0
toxic
movement of water
toxic
newborn baby fish
toxic
tool used to measure specific gravity
toxic
parasite that causes white spots on the body
toxic
number that determines acid or alkaline water
toxic
mating or breeding
toxic
poisonous or harmful
toxic
group of five or more breeding fish
toxic
filter material made of gravel, fiber, and charcoal
toxic
bacterial infection causing fluid build up
toxic
weight of liquid
toxic
water measured at levels above 7.0
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14
Two nets can be used to capture a fish.
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15
Most ornamental fish species are live young bearers.
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16
The water and pH levels should be checked monthly.
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17
If a fish becomes tangled in a net, it should be cut free.
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18
It is best to add water to the tank when capturing a fish.
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19
Fish should never be caught with the hands.
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20
A net can be allowed to sit in the water for fish to become accustomed to it.
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21
Match between columns
Premises:
Responses:
spawning
water measured at levels below 7.0
spawning
movement of water
spawning
newborn baby fish
spawning
tool used to measure specific gravity
spawning
parasite that causes white spots on the body
spawning
number that determines acid or alkaline water
spawning
mating or breeding
spawning
poisonous or harmful
spawning
group of five or more breeding fish
spawning
filter material made of gravel, fiber, and charcoal
spawning
bacterial infection causing fluid build up
spawning
weight of liquid
spawning
water measured at levels above 7.0
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22
Match between columns
Premises:
Responses:
pH level
water measured at levels below 7.0
pH level
movement of water
pH level
newborn baby fish
pH level
tool used to measure specific gravity
pH level
parasite that causes white spots on the body
pH level
number that determines acid or alkaline water
pH level
mating or breeding
pH level
poisonous or harmful
pH level
group of five or more breeding fish
pH level
filter material made of gravel, fiber, and charcoal
pH level
bacterial infection causing fluid build up
pH level
weight of liquid
pH level
water measured at levels above 7.0
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23
Match between columns
Premises:
Responses:
ich
water measured at levels below 7.0
ich
movement of water
ich
newborn baby fish
ich
tool used to measure specific gravity
ich
parasite that causes white spots on the body
ich
number that determines acid or alkaline water
ich
mating or breeding
ich
poisonous or harmful
ich
group of five or more breeding fish
ich
filter material made of gravel, fiber, and charcoal
ich
bacterial infection causing fluid build up
ich
weight of liquid
ich
water measured at levels above 7.0
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24
Match between columns
Premises:
Responses:
hydrometer
water measured at levels below 7.0
hydrometer
movement of water
hydrometer
newborn baby fish
hydrometer
tool used to measure specific gravity
hydrometer
parasite that causes white spots on the body
hydrometer
number that determines acid or alkaline water
hydrometer
mating or breeding
hydrometer
poisonous or harmful
hydrometer
group of five or more breeding fish
hydrometer
filter material made of gravel, fiber, and charcoal
hydrometer
bacterial infection causing fluid build up
hydrometer
weight of liquid
hydrometer
water measured at levels above 7.0
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25
Match between columns
Premises:
Responses:
fry
water measured at levels below 7.0
fry
movement of water
fry
newborn baby fish
fry
tool used to measure specific gravity
fry
parasite that causes white spots on the body
fry
number that determines acid or alkaline water
fry
mating or breeding
fry
poisonous or harmful
fry
group of five or more breeding fish
fry
filter material made of gravel, fiber, and charcoal
fry
bacterial infection causing fluid build up
fry
weight of liquid
fry
water measured at levels above 7.0
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26
Match between columns
Premises:
Responses:
circulation
water measured at levels below 7.0
circulation
movement of water
circulation
newborn baby fish
circulation
tool used to measure specific gravity
circulation
parasite that causes white spots on the body
circulation
number that determines acid or alkaline water
circulation
mating or breeding
circulation
poisonous or harmful
circulation
group of five or more breeding fish
circulation
filter material made of gravel, fiber, and charcoal
circulation
bacterial infection causing fluid build up
circulation
weight of liquid
circulation
water measured at levels above 7.0
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27
Match between columns
Premises:
Responses:
acidic
water measured at levels below 7.0
acidic
movement of water
acidic
newborn baby fish
acidic
tool used to measure specific gravity
acidic
parasite that causes white spots on the body
acidic
number that determines acid or alkaline water
acidic
mating or breeding
acidic
poisonous or harmful
acidic
group of five or more breeding fish
acidic
filter material made of gravel, fiber, and charcoal
acidic
bacterial infection causing fluid build up
acidic
weight of liquid
acidic
water measured at levels above 7.0
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28
Match between columns
Premises:
Responses:
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
aging
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
scavenger
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
ascites
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
alkalinity
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
floss
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
salinity
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
circulation
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
dorsal fin
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
acidity
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
fish fungus
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
lateral line
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
vat
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
plankton
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
dissolved oxygen
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
fry
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
nitrifier filter
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
spawning
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
gills
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
specific gravity
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
ich
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
pH level
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
fin rot
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
photosynthesis
bacterial disease that begins when fin tissues start to erode and the tissues become inflamed
pool
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29
Match between columns
Premises:
Responses:
number that determines if water is acidic or alkaline
aging
number that determines if water is acidic or alkaline
scavenger
number that determines if water is acidic or alkaline
ascites
number that determines if water is acidic or alkaline
alkalinity
number that determines if water is acidic or alkaline
floss
number that determines if water is acidic or alkaline
salinity
number that determines if water is acidic or alkaline
circulation
number that determines if water is acidic or alkaline
dorsal fin
number that determines if water is acidic or alkaline
acidity
number that determines if water is acidic or alkaline
fish fungus
number that determines if water is acidic or alkaline
lateral line
number that determines if water is acidic or alkaline
vat
number that determines if water is acidic or alkaline
plankton
number that determines if water is acidic or alkaline
dissolved oxygen
number that determines if water is acidic or alkaline
fry
number that determines if water is acidic or alkaline
nitrifier filter
number that determines if water is acidic or alkaline
spawning
number that determines if water is acidic or alkaline
gills
number that determines if water is acidic or alkaline
specific gravity
number that determines if water is acidic or alkaline
ich
number that determines if water is acidic or alkaline
pH level
number that determines if water is acidic or alkaline
fin rot
number that determines if water is acidic or alkaline
photosynthesis
number that determines if water is acidic or alkaline
pool
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30
Match between columns
Premises:
Responses:
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
aging
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
scavenger
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
ascites
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
alkalinity
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
floss
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
salinity
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
circulation
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
dorsal fin
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
acidity
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
fish fungus
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
lateral line
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
vat
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
plankton
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
dissolved oxygen
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
fry
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
nitrifier filter
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
spawning
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
gills
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
specific gravity
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
ich
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
pH level
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
fin rot
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
photosynthesis
parasitic protozoan disease caused by a one celled organism to causes white spots that develop over the fins and body
pool
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31
Match between columns
Premises:
Responses:
weight of a liquid
aging
weight of a liquid
scavenger
weight of a liquid
ascites
weight of a liquid
alkalinity
weight of a liquid
floss
weight of a liquid
salinity
weight of a liquid
circulation
weight of a liquid
dorsal fin
weight of a liquid
acidity
weight of a liquid
fish fungus
weight of a liquid
lateral line
weight of a liquid
vat
weight of a liquid
plankton
weight of a liquid
dissolved oxygen
weight of a liquid
fry
weight of a liquid
nitrifier filter
weight of a liquid
spawning
weight of a liquid
gills
weight of a liquid
specific gravity
weight of a liquid
ich
weight of a liquid
pH level
weight of a liquid
fin rot
weight of a liquid
photosynthesis
weight of a liquid
pool
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32
Match between columns
Premises:
Responses:
organs that allow a fish to breathe
vat
organs that allow a fish to breathe
aging
organs that allow a fish to breathe
scavenger
organs that allow a fish to breathe
ascites
organs that allow a fish to breathe
alkalinity
organs that allow a fish to breathe
floss
organs that allow a fish to breathe
salinity
organs that allow a fish to breathe
circulation
organs that allow a fish to breathe
dorsal fin
organs that allow a fish to breathe
acidity
organs that allow a fish to breathe
fish fungus
organs that allow a fish to breathe
lateral line
organs that allow a fish to breathe
plankton
organs that allow a fish to breathe
dissolved oxygen
organs that allow a fish to breathe
fry
organs that allow a fish to breathe
nitrifier filter
organs that allow a fish to breathe
spawning
organs that allow a fish to breathe
gills
organs that allow a fish to breathe
specific gravity
organs that allow a fish to breathe
ich
organs that allow a fish to breathe
pH level
organs that allow a fish to breathe
fin rot
organs that allow a fish to breathe
photosynthesis
organs that allow a fish to breathe
pool
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33
Match between columns
Premises:
Responses:
mating
aging
mating
scavenger
mating
ascites
mating
alkalinity
mating
floss
mating
salinity
mating
circulation
mating
dorsal fin
mating
acidity
mating
fish fungus
mating
lateral line
mating
vat
mating
plankton
mating
dissolved oxygen
mating
fry
mating
nitrifier filter
mating
spawning
mating
gills
mating
specific gravity
mating
ich
mating
pH level
mating
fin rot
mating
photosynthesis
mating
pool
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34
Match between columns
Premises:
Responses:
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
aging
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
scavenger
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
ascites
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
alkalinity
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
floss
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
salinity
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
circulation
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
dorsal fin
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
acidity
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
fish fungus
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
lateral line
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
vat
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
plankton
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
dissolved oxygen
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
fry
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
nitrifier filter
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
spawning
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
gills
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
specific gravity
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
ich
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
pH level
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
fin rot
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
photosynthesis
supplementing the action of bacteria; expensive and onlu used in large, specialized tanks
pool
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35
Match between columns
Premises:
Responses:
newborn baby fish
aging
newborn baby fish
scavenger
newborn baby fish
ascites
newborn baby fish
alkalinity
newborn baby fish
floss
newborn baby fish
salinity
newborn baby fish
circulation
newborn baby fish
dorsal fin
newborn baby fish
acidity
newborn baby fish
fish fungus
newborn baby fish
lateral line
newborn baby fish
vat
newborn baby fish
plankton
newborn baby fish
dissolved oxygen
newborn baby fish
fry
newborn baby fish
nitrifier filter
newborn baby fish
spawning
newborn baby fish
gills
newborn baby fish
specific gravity
newborn baby fish
ich
newborn baby fish
pH level
newborn baby fish
fin rot
newborn baby fish
photosynthesis
newborn baby fish
pool
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36
Match between columns
Premises:
Responses:
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
aging
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
scavenger
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
ascites
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
alkalinity
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
floss
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
salinity
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
circulation
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
dorsal fin
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
acidity
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
fish fungus
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
lateral line
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
vat
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
plankton
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
dissolved oxygen
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
fry
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
nitrifier filter
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
spawning
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
gills
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
specific gravity
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
ich
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
pH level
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
fin rot
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
photosynthesis
oxygen that has been dissolved in the water and is removed by the fish's gills and is used for breathing
pool
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37
Match between columns
Premises:
Responses:
tiny plants
aging
tiny plants
scavenger
tiny plants
ascites
tiny plants
alkalinity
tiny plants
floss
tiny plants
salinity
tiny plants
circulation
tiny plants
dorsal fin
tiny plants
acidity
tiny plants
fish fungus
tiny plants
lateral line
tiny plants
vat
tiny plants
plankton
tiny plants
dissolved oxygen
tiny plants
fry
tiny plants
nitrifier filter
tiny plants
spawning
tiny plants
gills
tiny plants
specific gravity
tiny plants
ich
tiny plants
pH level
tiny plants
fin rot
tiny plants
photosynthesis
tiny plants
pool
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38
Match between columns
Premises:
Responses:
large tank of water commonly used for breeding or for reproductive systems
aging
large tank of water commonly used for breeding or for reproductive systems
scavenger
large tank of water commonly used for breeding or for reproductive systems
ascites
large tank of water commonly used for breeding or for reproductive systems
alkalinity
large tank of water commonly used for breeding or for reproductive systems
floss
large tank of water commonly used for breeding or for reproductive systems
salinity
large tank of water commonly used for breeding or for reproductive systems
circulation
large tank of water commonly used for breeding or for reproductive systems
dorsal fin
large tank of water commonly used for breeding or for reproductive systems
acidity
large tank of water commonly used for breeding or for reproductive systems
fish fungus
large tank of water commonly used for breeding or for reproductive systems
lateral line
large tank of water commonly used for breeding or for reproductive systems
vat
large tank of water commonly used for breeding or for reproductive systems
plankton
large tank of water commonly used for breeding or for reproductive systems
dissolved oxygen
large tank of water commonly used for breeding or for reproductive systems
fry
large tank of water commonly used for breeding or for reproductive systems
nitrifier filter
large tank of water commonly used for breeding or for reproductive systems
spawning
large tank of water commonly used for breeding or for reproductive systems
gills
large tank of water commonly used for breeding or for reproductive systems
specific gravity
large tank of water commonly used for breeding or for reproductive systems
ich
large tank of water commonly used for breeding or for reproductive systems
pH level
large tank of water commonly used for breeding or for reproductive systems
fin rot
large tank of water commonly used for breeding or for reproductive systems
photosynthesis
large tank of water commonly used for breeding or for reproductive systems
pool
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39
Match between columns
Premises:
Responses:
organ located just under the scales that picks up vibrations in the water
aging
organ located just under the scales that picks up vibrations in the water
scavenger
organ located just under the scales that picks up vibrations in the water
ascites
organ located just under the scales that picks up vibrations in the water
alkalinity
organ located just under the scales that picks up vibrations in the water
floss
organ located just under the scales that picks up vibrations in the water
salinity
organ located just under the scales that picks up vibrations in the water
circulation
organ located just under the scales that picks up vibrations in the water
dorsal fin
organ located just under the scales that picks up vibrations in the water
acidity
organ located just under the scales that picks up vibrations in the water
fish fungus
organ located just under the scales that picks up vibrations in the water
lateral line
organ located just under the scales that picks up vibrations in the water
vat
organ located just under the scales that picks up vibrations in the water
plankton
organ located just under the scales that picks up vibrations in the water
dissolved oxygen
organ located just under the scales that picks up vibrations in the water
fry
organ located just under the scales that picks up vibrations in the water
nitrifier filter
organ located just under the scales that picks up vibrations in the water
spawning
organ located just under the scales that picks up vibrations in the water
gills
organ located just under the scales that picks up vibrations in the water
specific gravity
organ located just under the scales that picks up vibrations in the water
ich
organ located just under the scales that picks up vibrations in the water
pH level
organ located just under the scales that picks up vibrations in the water
fin rot
organ located just under the scales that picks up vibrations in the water
photosynthesis
organ located just under the scales that picks up vibrations in the water
pool
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40
Match the following terms with the correct definition.
Errorrr
A) aging
B) scavenger
C) ascites
D) alkalinity
E) floss
F) salinity
G) circulation
H) dorsal fin
I) acidity
J) fish fungus
K) lateral line
L) vat
M) plankton
N) dissolved oxygen
O) fry
P) nitrifier filter
Q) spawning
R) gills
S) specific gravity
T) ich
U) pH level
V) fin rot
W) photosynthesis
X) pool
Errorrr
A) aging
B) scavenger
C) ascites
D) alkalinity
E) floss
F) salinity
G) circulation
H) dorsal fin
I) acidity
J) fish fungus
K) lateral line
L) vat
M) plankton
N) dissolved oxygen
O) fry
P) nitrifier filter
Q) spawning
R) gills
S) specific gravity
T) ich
U) pH level
V) fin rot
W) photosynthesis
X) pool
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40
Match between columns
Premises:
Responses:
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
aging
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
scavenger
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
ascites
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
alkalinity
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
floss
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
salinity
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
circulation
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
dorsal fin
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
acidity
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
fish fungus
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
lateral line
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
vat
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
plankton
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
dissolved oxygen
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
fry
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
nitrifier filter
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
spawning
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
gills
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
specific gravity
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
ich
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
pH level
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
fin rot
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
photosynthesis
known as "cotton wool" disease due to the appearance of tufts of growth that occur on the skin of the face, gills, or eyes that resemble cotton or wool
pool
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41
Match the following terms with the correct definition.
Errorrr
A) aging
B) scavenger
C) ascites
D) alkalinity
E) floss
F) salinity
G) circulation
H) dorsal fin
I) acidity
J) fish fungus
K) lateral line
L) vat
M) plankton
N) dissolved oxygen
O) fry
P) nitrifier filter
Q) spawning
R) gills
S) specific gravity
T) ich
U) pH level
V) fin rot
W) photosynthesis
X) pool
Errorrr
A) aging
B) scavenger
C) ascites
D) alkalinity
E) floss
F) salinity
G) circulation
H) dorsal fin
I) acidity
J) fish fungus
K) lateral line
L) vat
M) plankton
N) dissolved oxygen
O) fry
P) nitrifier filter
Q) spawning
R) gills
S) specific gravity
T) ich
U) pH level
V) fin rot
W) photosynthesis
X) pool
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41
Match between columns
Premises:
Responses:
water measured at levels below 7.0
aging
water measured at levels below 7.0
scavenger
water measured at levels below 7.0
ascites
water measured at levels below 7.0
alkalinity
water measured at levels below 7.0
floss
water measured at levels below 7.0
salinity
water measured at levels below 7.0
circulation
water measured at levels below 7.0
dorsal fin
water measured at levels below 7.0
acidity
water measured at levels below 7.0
fish fungus
water measured at levels below 7.0
lateral line
water measured at levels below 7.0
vat
water measured at levels below 7.0
plankton
water measured at levels below 7.0
dissolved oxygen
water measured at levels below 7.0
fry
water measured at levels below 7.0
nitrifier filter
water measured at levels below 7.0
spawning
water measured at levels below 7.0
gills
water measured at levels below 7.0
specific gravity
water measured at levels below 7.0
ich
water measured at levels below 7.0
pH level
water measured at levels below 7.0
fin rot
water measured at levels below 7.0
photosynthesis
water measured at levels below 7.0
pool
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42
Most fish are covered over the body with ___________ that serve as protection.
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43
Match between columns
Premises:
Responses:
located on the back of fish and used to steer the fish through water
aging
located on the back of fish and used to steer the fish through water
scavenger
located on the back of fish and used to steer the fish through water
ascites
located on the back of fish and used to steer the fish through water
alkalinity
located on the back of fish and used to steer the fish through water
floss
located on the back of fish and used to steer the fish through water
salinity
located on the back of fish and used to steer the fish through water
circulation
located on the back of fish and used to steer the fish through water
dorsal fin
located on the back of fish and used to steer the fish through water
acidity
located on the back of fish and used to steer the fish through water
fish fungus
located on the back of fish and used to steer the fish through water
lateral line
located on the back of fish and used to steer the fish through water
vat
located on the back of fish and used to steer the fish through water
plankton
located on the back of fish and used to steer the fish through water
dissolved oxygen
located on the back of fish and used to steer the fish through water
fry
located on the back of fish and used to steer the fish through water
nitrifier filter
located on the back of fish and used to steer the fish through water
spawning
located on the back of fish and used to steer the fish through water
gills
located on the back of fish and used to steer the fish through water
specific gravity
located on the back of fish and used to steer the fish through water
ich
located on the back of fish and used to steer the fish through water
pH level
located on the back of fish and used to steer the fish through water
fin rot
located on the back of fish and used to steer the fish through water
photosynthesis
located on the back of fish and used to steer the fish through water
pool
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44
Match between columns
Premises:
Responses:
movement of water
aging
movement of water
scavenger
movement of water
ascites
movement of water
alkalinity
movement of water
floss
movement of water
salinity
movement of water
circulation
movement of water
dorsal fin
movement of water
acidity
movement of water
fish fungus
movement of water
lateral line
movement of water
vat
movement of water
plankton
movement of water
dissolved oxygen
movement of water
fry
movement of water
nitrifier filter
movement of water
spawning
movement of water
gills
movement of water
specific gravity
movement of water
ich
movement of water
pH level
movement of water
fin rot
movement of water
photosynthesis
movement of water
pool
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45
Fish can live in two water types, either _________ or _________.
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46
The ______________________ warms the water of a tank.
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47
Ornamental fish are very different and have much ______________.
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48
Match between columns
Premises:
Responses:
salt content in water
aging
salt content in water
scavenger
salt content in water
ascites
salt content in water
alkalinity
salt content in water
floss
salt content in water
salinity
salt content in water
circulation
salt content in water
dorsal fin
salt content in water
acidity
salt content in water
fish fungus
salt content in water
lateral line
salt content in water
vat
salt content in water
plankton
salt content in water
dissolved oxygen
salt content in water
fry
salt content in water
nitrifier filter
salt content in water
spawning
salt content in water
gills
salt content in water
specific gravity
salt content in water
ich
salt content in water
pH level
salt content in water
fin rot
salt content in water
photosynthesis
salt content in water
pool
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49
Match between columns
Premises:
Responses:
filter material made of gravel, charcoal, and fiber
aging
filter material made of gravel, charcoal, and fiber
scavenger
filter material made of gravel, charcoal, and fiber
ascites
filter material made of gravel, charcoal, and fiber
alkalinity
filter material made of gravel, charcoal, and fiber
floss
filter material made of gravel, charcoal, and fiber
salinity
filter material made of gravel, charcoal, and fiber
circulation
filter material made of gravel, charcoal, and fiber
dorsal fin
filter material made of gravel, charcoal, and fiber
acidity
filter material made of gravel, charcoal, and fiber
fish fungus
filter material made of gravel, charcoal, and fiber
lateral line
filter material made of gravel, charcoal, and fiber
vat
filter material made of gravel, charcoal, and fiber
plankton
filter material made of gravel, charcoal, and fiber
dissolved oxygen
filter material made of gravel, charcoal, and fiber
fry
filter material made of gravel, charcoal, and fiber
nitrifier filter
filter material made of gravel, charcoal, and fiber
spawning
filter material made of gravel, charcoal, and fiber
gills
filter material made of gravel, charcoal, and fiber
specific gravity
filter material made of gravel, charcoal, and fiber
ich
filter material made of gravel, charcoal, and fiber
pH level
filter material made of gravel, charcoal, and fiber
fin rot
filter material made of gravel, charcoal, and fiber
photosynthesis
filter material made of gravel, charcoal, and fiber
pool
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50
Match between columns
Premises:
Responses:
water measurement at levels above 7.0
aging
water measurement at levels above 7.0
scavenger
water measurement at levels above 7.0
ascites
water measurement at levels above 7.0
alkalinity
water measurement at levels above 7.0
floss
water measurement at levels above 7.0
salinity
water measurement at levels above 7.0
circulation
water measurement at levels above 7.0
dorsal fin
water measurement at levels above 7.0
acidity
water measurement at levels above 7.0
fish fungus
water measurement at levels above 7.0
lateral line
water measurement at levels above 7.0
vat
water measurement at levels above 7.0
plankton
water measurement at levels above 7.0
dissolved oxygen
water measurement at levels above 7.0
fry
water measurement at levels above 7.0
nitrifier filter
water measurement at levels above 7.0
spawning
water measurement at levels above 7.0
gills
water measurement at levels above 7.0
specific gravity
water measurement at levels above 7.0
ich
water measurement at levels above 7.0
pH level
water measurement at levels above 7.0
fin rot
water measurement at levels above 7.0
photosynthesis
water measurement at levels above 7.0
pool
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51
Match between columns
Premises:
Responses:
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
aging
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
scavenger
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
ascites
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
alkalinity
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
floss
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
salinity
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
circulation
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
dorsal fin
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
acidity
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
fish fungus
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
lateral line
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
vat
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
plankton
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
dissolved oxygen
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
fry
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
nitrifier filter
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
spawning
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
gills
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
specific gravity
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
ich
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
pH level
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
fin rot
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
photosynthesis
bacterial or viral infection that causes a buildup of fluid to cause the fish to lie on its side and have difficulty swimming
pool
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52
Match the following terms with the correct definition.
Errorrr
A) water measured at levels below 7.0
B) movement of water
C) newborn baby fish
D) tool used to measure specific gravity
E) parasite that causes white spots on the body
F) number that determines acid or alkaline water
G) mating or breeding
H) poisonous or harmful
I) group of five or more breeding fish
J) filter material made of gravel, fiber, and charcoal
K) bacterial infection causing fluid build up
L) weight of liquid
M) water measured at levels above 7.0
Errorrr
A) water measured at levels below 7.0
B) movement of water
C) newborn baby fish
D) tool used to measure specific gravity
E) parasite that causes white spots on the body
F) number that determines acid or alkaline water
G) mating or breeding
H) poisonous or harmful
I) group of five or more breeding fish
J) filter material made of gravel, fiber, and charcoal
K) bacterial infection causing fluid build up
L) weight of liquid
M) water measured at levels above 7.0
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52
Groups of fish care called ___________ or ______________.
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53
Match the following terms with the correct definition.
Errorrr
A) water measured at levels below 7.0
B) movement of water
C) newborn baby fish
D) tool used to measure specific gravity
E) parasite that causes white spots on the body
F) number that determines acid or alkaline water
G) mating or breeding
H) poisonous or harmful
I) group of five or more breeding fish
J) filter material made of gravel, fiber, and charcoal
K) bacterial infection causing fluid build up
L) weight of liquid
M) water measured at levels above 7.0
Errorrr
A) water measured at levels below 7.0
B) movement of water
C) newborn baby fish
D) tool used to measure specific gravity
E) parasite that causes white spots on the body
F) number that determines acid or alkaline water
G) mating or breeding
H) poisonous or harmful
I) group of five or more breeding fish
J) filter material made of gravel, fiber, and charcoal
K) bacterial infection causing fluid build up
L) weight of liquid
M) water measured at levels above 7.0
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53
Match between columns
Premises:
Responses:
to remove foreign materials from the water
aging
to remove foreign materials from the water
scavenger
to remove foreign materials from the water
ascites
to remove foreign materials from the water
alkalinity
to remove foreign materials from the water
floss
to remove foreign materials from the water
salinity
to remove foreign materials from the water
circulation
to remove foreign materials from the water
dorsal fin
to remove foreign materials from the water
acidity
to remove foreign materials from the water
fish fungus
to remove foreign materials from the water
lateral line
to remove foreign materials from the water
vat
to remove foreign materials from the water
plankton
to remove foreign materials from the water
dissolved oxygen
to remove foreign materials from the water
fry
to remove foreign materials from the water
nitrifier filter
to remove foreign materials from the water
spawning
to remove foreign materials from the water
gills
to remove foreign materials from the water
specific gravity
to remove foreign materials from the water
ich
to remove foreign materials from the water
pH level
to remove foreign materials from the water
fin rot
to remove foreign materials from the water
photosynthesis
to remove foreign materials from the water
pool
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54
Match the following terms with the correct definition.
Errorrr
A) water measured at levels below 7.0
B) movement of water
C) newborn baby fish
D) tool used to measure specific gravity
E) parasite that causes white spots on the body
F) number that determines acid or alkaline water
G) mating or breeding
H) poisonous or harmful
I) group of five or more breeding fish
J) filter material made of gravel, fiber, and charcoal
K) bacterial infection causing fluid build up
L) weight of liquid
M) water measured at levels above 7.0
Errorrr
A) water measured at levels below 7.0
B) movement of water
C) newborn baby fish
D) tool used to measure specific gravity
E) parasite that causes white spots on the body
F) number that determines acid or alkaline water
G) mating or breeding
H) poisonous or harmful
I) group of five or more breeding fish
J) filter material made of gravel, fiber, and charcoal
K) bacterial infection causing fluid build up
L) weight of liquid
M) water measured at levels above 7.0
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54
The organ known as the _____________ ___________ picks up vibrations in the water.
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55
The _____________ _____________ allows fish to float in water.
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56
The __________ ___________is the term for the tail of a fish.
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57
Match between columns
Premises:
Responses:
process done by collecting water and allowing it to stand in an open container for at least 5 days
aging
process done by collecting water and allowing it to stand in an open container for at least 5 days
scavenger
process done by collecting water and allowing it to stand in an open container for at least 5 days
ascites
process done by collecting water and allowing it to stand in an open container for at least 5 days
alkalinity
process done by collecting water and allowing it to stand in an open container for at least 5 days
floss
process done by collecting water and allowing it to stand in an open container for at least 5 days
salinity
process done by collecting water and allowing it to stand in an open container for at least 5 days
circulation
process done by collecting water and allowing it to stand in an open container for at least 5 days
dorsal fin
process done by collecting water and allowing it to stand in an open container for at least 5 days
acidity
process done by collecting water and allowing it to stand in an open container for at least 5 days
fish fungus
process done by collecting water and allowing it to stand in an open container for at least 5 days
lateral line
process done by collecting water and allowing it to stand in an open container for at least 5 days
vat
process done by collecting water and allowing it to stand in an open container for at least 5 days
plankton
process done by collecting water and allowing it to stand in an open container for at least 5 days
dissolved oxygen
process done by collecting water and allowing it to stand in an open container for at least 5 days
fry
process done by collecting water and allowing it to stand in an open container for at least 5 days
nitrifier filter
process done by collecting water and allowing it to stand in an open container for at least 5 days
spawning
process done by collecting water and allowing it to stand in an open container for at least 5 days
gills
process done by collecting water and allowing it to stand in an open container for at least 5 days
specific gravity
process done by collecting water and allowing it to stand in an open container for at least 5 days
ich
process done by collecting water and allowing it to stand in an open container for at least 5 days
pH level
process done by collecting water and allowing it to stand in an open container for at least 5 days
fin rot
process done by collecting water and allowing it to stand in an open container for at least 5 days
photosynthesis
process done by collecting water and allowing it to stand in an open container for at least 5 days
pool
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58
A group of five or more breeding fish is called a _________________ color.
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59
A net used to capture a fish should be a ___________ color.
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60
Goldfish may live as long as ____________ years.
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61
List 3 items that may be placed in a tank to protect eggs.
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62
Glass on tanks and aquariums should be _________ in thickness.
A) 102 inches
B) to inch
C) to inch
D)To inch
A) 102 inches
B) to inch
C) to inch
D)To inch
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63
List 3 breeds of fish that bear live young.
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64
List 3 tail fin shapes.
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65
A _______________ filter is located outside of the tank and cleaned every other week.
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66
Which of the following pH levels of water is alkaline?
A) 7.5
B) 4.0
C) 1.0
D) 6.5
A) 7.5
B) 4.0
C) 1.0
D) 6.5
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67
Which of the following is NOT true about nets used to capture fish?
A) Nets should be soft and move easily.
B) The net should be moved fast to catch fish.
C) Nets should be dark in color.
D) If fins become caught in the net, they can be cut free with scissors.
A) Nets should be soft and move easily.
B) The net should be moved fast to catch fish.
C) Nets should be dark in color.
D) If fins become caught in the net, they can be cut free with scissors.
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68
Air removed by fish gills is called ____________________.
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69
Which of the following fish bear live young?
A) mollies
B) goldfish
C) gouramis
D) catfish
A) mollies
B) goldfish
C) gouramis
D) catfish
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70
Which of the following filters supplements the action of bacteria and is used in large, specialized tanks?
A) outside filter
B) nitrifier filter
C) canister filter
D) undergravel filter
A) outside filter
B) nitrifier filter
C) canister filter
D) undergravel filter
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71
List 3 net tips for capturing fish.
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