Question

In the Votka-Volterra prey model, what happens to the prey population growth rate when the predator population size equals zero?

Answer 1

the prey population experiences unregulated exponential growth

Step-by-step explanation:

In the Lotka-Volterra predator-prey model, when the predator population size equals zero, the prey population experiences unregulated exponential growth. In this scenario, without predators to control their population, the prey population increases without constraints, following a pattern of exponential growth. This aspect of the model represents the idea that in the absence of predators, prey populations can grow rapidly.

Answer 2

In the Votka-Volterra prey model, the prey population growth rate would increase when the predator population size equals zero.

Step-by-step explanation:

In the Votka-Volterra prey model, when the predator population size equals zero, the prey population growth rate would increase. This is because without any predators preying on the prey population, there would be no decrease in the prey population due to predation. As a result, the prey population would be able to grow without any constraints.