The Demand function for a product is pd(q) = 80(0:1q + 0:2)2, where q is in millions of tons and pd(q) is in dollars per ton. Market equilibrium occurs at the demand for 18 million tons. Compute consumer's surplus.

Managerial Economics: A Problem Solving Approach
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The Demand function for a product is pd(q) = 80(0:1q + 0:2)2, where q is in millions of tons and pd(q) is in dollars per ton. Market equilibrium occurs at the demand for 18 million tons. Compute consumer's surplus.

(0.1g+ 0.2)2 Where q is in millions of tons and pa(g) is in
dollars per ton. Market equilibrium occurs at a demand for 18 million tons. Compute consumer's surplus.
The Demand function for a product is Pa(g)
A. $3240 thousand
B. $5865 thousand
C. $2238 thousand
D. $3855
thousand
Transcribed Image Text:(0.1g+ 0.2)2 Where q is in millions of tons and pa(g) is in dollars per ton. Market equilibrium occurs at a demand for 18 million tons. Compute consumer's surplus. The Demand function for a product is Pa(g) A. $3240 thousand B. $5865 thousand C. $2238 thousand D. $3855 thousand
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