Given is a population of wolves (W) and rabbits (R). R[t+1] = R[t]+ g*R[t] * (1...

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Given is a population of wolves (W) and rabbits (R). R[t+1] =R[t]+ g*R[t] * (1 – R[t]/K) - sR[t]W[t] W[t+1] = (1-u)W[t] +vR[t]W[t] Where the carrying capacity of rabbits is 1 million. Thegrowth rate of rabbits is 10% a year and s is equal to 0.00001, vis 0.0000001, and u is equal to 0.01. How many wolves and how manyrabbits exist in the equilibrium?

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AnswerInputting the givens in the equation we get the followingSuppose that the equilibrium value of the Wolf population andthe    See Answer
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