QUESTION 8 The biological relationship between the growth for the fish population and the size of the fish population is g= 155(1-S/5) where g is the growth of the fish population and S is the size of the population. The size of the harvest is a function of the amount of human effort expended b=3ES where E is the level of effort. Market price of fish per unit is $100 and a constant marginal cost of effort is $50. We can derive the free-access equilibrium effort level Ef by setting the net benefits function equal to zero. Then, Ef= number in one decimal place. Hint: Write the
QUESTION 8 The biological relationship between the growth for the fish population and the size of the fish population is g= 155(1-S/5) where g is the growth of the fish population and S is the size of the population. The size of the harvest is a function of the amount of human effort expended b=3ES where E is the level of effort. Market price of fish per unit is $100 and a constant marginal cost of effort is $50. We can derive the free-access equilibrium effort level Ef by setting the net benefits function equal to zero. Then, Ef= number in one decimal place. Hint: Write the
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![QUESTION 8
The biological relationship between the growth for the fish population and the size of the fish population is
g= 15S(1-S/5)
where g is the growth of the fish population and S is the size of the population. The size of the harvest is a function of the amount of human effort expended
b = 3ES
where E is the level of effort. Market price of fish per unit is $100 and a constant marginal cost of effort is $50.
We can derive the free-access equilibrium effort level Ef by setting the net benefits function equal to zero. Then, Ef=
number in one decimal place.
Hint: Write the](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9026cbd8-78a2-45fa-8a65-a5237ede3d11%2F2da9b67a-6bb9-426f-be6b-1c7f2fadaa33%2Fvuugm2b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:QUESTION 8
The biological relationship between the growth for the fish population and the size of the fish population is
g= 15S(1-S/5)
where g is the growth of the fish population and S is the size of the population. The size of the harvest is a function of the amount of human effort expended
b = 3ES
where E is the level of effort. Market price of fish per unit is $100 and a constant marginal cost of effort is $50.
We can derive the free-access equilibrium effort level Ef by setting the net benefits function equal to zero. Then, Ef=
number in one decimal place.
Hint: Write the
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