Suppose both cooperatives are price-takers; with PG=12 and PF =10 being the market prices of gold and fish respectively. The cost of producing G units of gold is cg(G,x)=G2+(x−4)2; where x is the quantity of mercury effluent discharged into the dam. The cost of producing F units of fish is cF(F,x)= F2 + xF ; where cF(F,x) is an increasing function of x. a) Determine the profit maximizing level of gold output, profit and level of mercury effluent discharged into the dam. Comment and explain your results. b) What is the fishing cooperative’s profit maximizing level of fish output and profit? Explain your results. c) Suppose the two cooperatives were merged to operate as a single firm; determine the socially optimal level of gold and fish output, mercury effluent and profit. Explain, comment on and contrast your results with those obtained in a and b above.
Suppose both cooperatives are price-takers; with PG=12 and PF =10 being the market prices of gold and fish respectively. The cost of producing G units of gold is cg(G,x)=G2+(x−4)2; where x is the quantity of mercury effluent discharged into the dam. The cost of producing F units of fish is cF(F,x)= F2 + xF ; where cF(F,x) is an increasing function of x.
a) Determine the profit maximizing level of gold output, profit and level of mercury effluent discharged into the dam. Comment and explain your results.
b) What is the fishing cooperative’s profit maximizing level of fish output and profit? Explain your results.
c) Suppose the two cooperatives were merged to operate as a single firm; determine the socially optimal level of gold and fish output, mercury effluent and profit. Explain, comment on and contrast your results with those obtained in a and b above.
d) Suppose property rights to the dam water are created and assigned to the fishing cooperative. Does this induce efficiency and explain why
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