Matching
Match the term in a growth rate equation with its definition.
Premises:
the logistic curve flattens out here
immigration rate
per capita growth rate
natality
the per capita rate at which organisms in a population die each year
"x" in the equation dN/dt = xN
number of individuals in a population
rate at which individuals leave a population
equal to the birth rate minus the death rate
"x" in the equation dN/dt = rN[(x-N)/x]
carrying capacity of the environment
maximum number of individuals an environment can support
per capita birth rate
mortality
Responses:
i
N
b
d
r
e
K
Correct Answer:
Premises:
Responses:
the logistic curve flattens out here
immigration rate
per capita growth rate
natality
the per capita rate at which organisms in a population die each year
"x" in the equation dN/dt = xN
number of individuals in a population
rate at which individuals leave a population
equal to the birth rate minus the death rate
"x" in the equation dN/dt = rN[(x-N)/x]
carrying capacity of the environment
maximum number of individuals an environment can support
per capita birth rate
mortality
Premises:
the logistic curve flattens out here
immigration rate
per capita growth rate
natality
the per capita rate at which organisms in a population die each year
"x" in the equation dN/dt = xN
number of individuals in a population
rate at which individuals leave a population
equal to the birth rate minus the death rate
"x" in the equation dN/dt = rN[(x-N)/x]
carrying capacity of the environment
maximum number of individuals an environment can support
per capita birth rate
mortality
Responses:
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