Deck 3: Network Design

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Question
Because a ring has no ending points, it must use terminators.
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Question
In a point-to-point topology, each computer on the network has just one connection.
Question
A mesh topology is also called a point-to-point topology.
Question
A mesh topology is also called a point-to-point topology.
Question
In a ring topology, the hub is responsible for receiving and forwarding packets to the other devices on the network.
Question
Topology refers to the physical layout of the network devices and cabling and how all of those components communicate with each other.
Question
A multipoint ring topology is the opposite of the bus.
Question
A mesh topology is sometimes used in a local area network (LAN) setting in order to ensure that all the sites can continue to transmit in the event of a cable failure or similar problem.
Question
With a ring topology, adding more devices to the network slows it down.
Question
In a star ring topology, the ring is actually in the hub itself.
Question
A bus topology is not responsible for moving data from one device to the next.
Question
Packet-sniffing software provides a valuable benefit by allowing network administrators to monitor network traffic and identify problems.
Question
Instead of using a point-to-point topology, local area networks typically use a _____ topology.

A) mesh
B) remote
C) distant
D) multipoint
Question
An advantage of a ring topology is that it is good for networks with many devices.
Question
A _____ topology is also called a point-to-point topology.

A) mesh
B) bus
C) ring
D) star
Question
In a mesh topology network with 3 computers, each device would need _____ cables to connect to each of the other computers.

A) one
B) two
C) three
D) four
Question
Mesh topologies are found in _____ networks.

A) local area
B) wide area
C) wireless
D) large
Question
The most common type of multipoint topology is a _____ topology.

A) star
B) mesh
C) bus
D) ring
Question
A multipoint ring topology is the opposite of a bus.
Question
A star bus topology is typically used to connect multiple hubs in star topologies with a bus topology.
Question
In a bus topology, a single cable called a _____ runs the length of the computer network.

A) splice
B) RCI
C) segment
D) circuit
Question
The _____ in a star topology is responsible for receiving and forwarding the packets to the other devices on the network.

A) hub
B) NIC
C) resource indicator capacitor (RIC)
D) resister
Question
If two devices send packets simultaneously a(n) _____ occurs.

A) collision
B) contention
C) channel access
D) token
Question
A multipoint _____ topology is a circle with no ends.

A) ring
B) round
C) ball
D) mesh
Question
____________________ refers to the physical layout of the network devices and cabling and how all of those components communicate with each other.
Question
Each is an advantage of a bus topology except _____.

A) it is simple and reliable
B) it becomes slower as more devices are added
C) it requires a small amount of cable
D) it is easy to add more devices to the network
Question
With the channel access method, each computer on the network is asked, or ____________________, in sequence to see whether they want to transmit.
Question
Each of the following is an advantage of a star topology except

A) Easy to manage and troubleshoot
B) Easy to add additional devices
C) One malfunctioning computer or cable doesn't stop entire network
D) Cheapest type of network
Question
With _____ the two computers that caused the collision each wait a different amount of time before listening again to the medium and starting the process over again.

A) CSMA/CD
B) CSMA/CA
C) polling
D) mesh
Question
The _____ topology describes a network in which all of the devices are connected to a central device.

A) point-to-point
B) mesh
C) ring
D) star
Question
The channel access method _____ requires that each device competes or "fights" for the ability to send a message.

A) token-passing
B) demand priority
C) ring
D) contention
Question
A _____ topology works well for a computer network with many devices attached to it.

A) bus
B) ring
C) star
D) mesh
Question
Because a ring has no ending points it does not use any

A) devices
B) cables
C) NICs
D) terminators
Question
______________________________ software allows packets to be intercepted and viewed.
Question
With Carrier Sense Multiple Access with Collision Avoidance (CSMA/CA), the amount of time that a station must wait is measured in ____________________ times.
Question
A(n) _____ topology is typically used to connect multiple hubs in star topologies together with a bus topology.

A) mesh
B) star bus
C) star ring
D) star-wired ring
Question
At each end of the cable on a bus is a device known as a _____ that absorbs packets.

A) capacitor
B) terminator
C) cap
D) NIC
Question
There are ____ different types of channel access methods used with multipoint topologies.

A) two
B) three
C) four
D) five
Question
____________________ tolerance refers to the ability to overcome a failure.
Question
Each of the following is a disadvantage of a ring topology except

A) Can require more cable and special equipment
B) Easy to manage
C) Not as widely used as a bus topology
D) One malfunctioning computer can shut down entire network
Question
One channel access method that is similar to having a microphone passes a special packet, called a(n) ____________________, from one computer to the next on a network.
Question
Explain how a ring topology functions.
Question
In the channel access method of token passing, all computers have ____________________ access.
Question
Explain how packet-sniffing software can be used.
Question
What does a hub do in a star topology?
Question
List and describe the four types of channel access methods.
Question
A(n) ____________________ topology is wired like a star, but functions like a ring.
Question
The channel access methods of demand priority and ____________________ allow for higher levels of access for specific users or devices.
Question
A disadvantage of the channel access method of demand priority is that it has a(n) ____________________ point of failure.
Question
Explain the functions of a terminator in a bus topology.
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Deck 3: Network Design
1
Because a ring has no ending points, it must use terminators.
False
2
In a point-to-point topology, each computer on the network has just one connection.
False
3
A mesh topology is also called a point-to-point topology.
True
4
A mesh topology is also called a point-to-point topology.
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5
In a ring topology, the hub is responsible for receiving and forwarding packets to the other devices on the network.
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6
Topology refers to the physical layout of the network devices and cabling and how all of those components communicate with each other.
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7
A multipoint ring topology is the opposite of the bus.
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8
A mesh topology is sometimes used in a local area network (LAN) setting in order to ensure that all the sites can continue to transmit in the event of a cable failure or similar problem.
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9
With a ring topology, adding more devices to the network slows it down.
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10
In a star ring topology, the ring is actually in the hub itself.
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11
A bus topology is not responsible for moving data from one device to the next.
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12
Packet-sniffing software provides a valuable benefit by allowing network administrators to monitor network traffic and identify problems.
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13
Instead of using a point-to-point topology, local area networks typically use a _____ topology.

A) mesh
B) remote
C) distant
D) multipoint
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14
An advantage of a ring topology is that it is good for networks with many devices.
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15
A _____ topology is also called a point-to-point topology.

A) mesh
B) bus
C) ring
D) star
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16
In a mesh topology network with 3 computers, each device would need _____ cables to connect to each of the other computers.

A) one
B) two
C) three
D) four
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17
Mesh topologies are found in _____ networks.

A) local area
B) wide area
C) wireless
D) large
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18
The most common type of multipoint topology is a _____ topology.

A) star
B) mesh
C) bus
D) ring
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19
A multipoint ring topology is the opposite of a bus.
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20
A star bus topology is typically used to connect multiple hubs in star topologies with a bus topology.
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21
In a bus topology, a single cable called a _____ runs the length of the computer network.

A) splice
B) RCI
C) segment
D) circuit
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22
The _____ in a star topology is responsible for receiving and forwarding the packets to the other devices on the network.

A) hub
B) NIC
C) resource indicator capacitor (RIC)
D) resister
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23
If two devices send packets simultaneously a(n) _____ occurs.

A) collision
B) contention
C) channel access
D) token
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24
A multipoint _____ topology is a circle with no ends.

A) ring
B) round
C) ball
D) mesh
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25
____________________ refers to the physical layout of the network devices and cabling and how all of those components communicate with each other.
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26
Each is an advantage of a bus topology except _____.

A) it is simple and reliable
B) it becomes slower as more devices are added
C) it requires a small amount of cable
D) it is easy to add more devices to the network
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27
With the channel access method, each computer on the network is asked, or ____________________, in sequence to see whether they want to transmit.
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28
Each of the following is an advantage of a star topology except

A) Easy to manage and troubleshoot
B) Easy to add additional devices
C) One malfunctioning computer or cable doesn't stop entire network
D) Cheapest type of network
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29
With _____ the two computers that caused the collision each wait a different amount of time before listening again to the medium and starting the process over again.

A) CSMA/CD
B) CSMA/CA
C) polling
D) mesh
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30
The _____ topology describes a network in which all of the devices are connected to a central device.

A) point-to-point
B) mesh
C) ring
D) star
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31
The channel access method _____ requires that each device competes or "fights" for the ability to send a message.

A) token-passing
B) demand priority
C) ring
D) contention
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32
A _____ topology works well for a computer network with many devices attached to it.

A) bus
B) ring
C) star
D) mesh
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33
Because a ring has no ending points it does not use any

A) devices
B) cables
C) NICs
D) terminators
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34
______________________________ software allows packets to be intercepted and viewed.
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35
With Carrier Sense Multiple Access with Collision Avoidance (CSMA/CA), the amount of time that a station must wait is measured in ____________________ times.
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36
A(n) _____ topology is typically used to connect multiple hubs in star topologies together with a bus topology.

A) mesh
B) star bus
C) star ring
D) star-wired ring
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37
At each end of the cable on a bus is a device known as a _____ that absorbs packets.

A) capacitor
B) terminator
C) cap
D) NIC
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38
There are ____ different types of channel access methods used with multipoint topologies.

A) two
B) three
C) four
D) five
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39
____________________ tolerance refers to the ability to overcome a failure.
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40
Each of the following is a disadvantage of a ring topology except

A) Can require more cable and special equipment
B) Easy to manage
C) Not as widely used as a bus topology
D) One malfunctioning computer can shut down entire network
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41
One channel access method that is similar to having a microphone passes a special packet, called a(n) ____________________, from one computer to the next on a network.
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42
Explain how a ring topology functions.
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43
In the channel access method of token passing, all computers have ____________________ access.
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44
Explain how packet-sniffing software can be used.
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45
What does a hub do in a star topology?
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46
List and describe the four types of channel access methods.
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47
A(n) ____________________ topology is wired like a star, but functions like a ring.
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48
The channel access methods of demand priority and ____________________ allow for higher levels of access for specific users or devices.
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49
A disadvantage of the channel access method of demand priority is that it has a(n) ____________________ point of failure.
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50
Explain the functions of a terminator in a bus topology.
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