In a forest, there are initially 100 deer. Ov | vedclass

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(B) The initial population size $(N)$ is $100$.Number of births $(B)$ is $30$.Number of deaths $(D)$ is $10$.The net increase in population is calcula

Vedclass · Accepted Answer

$0.2$

Vedclass · Answer

(B) The initial population size $(N)$ is $100$.Number of births $(B)$ is $30$.Number of deaths $(D)$ is $10$.The net increase in population is calculated as $B - D = 30 - 10 = 20$.The intrinsic rate of natural increase $(r)$ is calculated by dividing the net increase by the initial population size.$r = \frac{20}{100} = 0.2$.Therefore, the intrinsic rate of natural increase for the population is $0.2$.

In a forest, there are initially $100$ deer. Over a certain period, $30$ are born and $10$ die. Assuming food is abundant and predators are few, calculate the intrinsic rate of natural increase for that population.

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