Consider a utility function: U (F,C) = FC so MU_F = C and MU_C = F Suppose as Case 1, Total income is $100 and per unit prices of Food (F) and Cloth (C) are $2 and $10, respectively, then: a) What is the value of MRS at the optimal point and what does this value mean? b) What is the optimal consumption bundle i.e (F*,C*)? c) Also plot the budget line and clearly depict the point of optimality in the F (x-axis)-C (y-axis) space Case # 2 assuming if income increases to $120, holding all else the same, do the same analysis (parts a-c) and contrast your answers to Case 1. For part c, you should draw old (Case 1) and new (Case 2) budget lines/point of optimality.
Consider a utility function: U (F,C) = FC so MU_F = C and MU_C = F Suppose as Case 1, Total income is $100 and per unit prices of Food (F) and Cloth (C) are $2 and $10, respectively, then: a) What is the value of MRS at the optimal point and what does this value mean? b) What is the optimal consumption bundle i.e (F*,C*)? c) Also plot the budget line and clearly depict the point of optimality in the F (x-axis)-C (y-axis) space Case # 2 assuming if income increases to $120, holding all else the same, do the same analysis (parts a-c) and contrast your answers to Case 1. For part c, you should draw old (Case 1) and new (Case 2) budget lines/point of optimality.
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
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Consider a utility function: U (F,C) = FC so MU_F = C and MU_C = F
Suppose as Case 1, Total income is $100 and per unit prices of Food (F) and Cloth (C) are $2 and $10, respectively, then:
a) What is the value of MRS at the optimal point and what does this value mean?
b) What is the optimal consumption bundle i.e (F*,C*)?
c) Also plot the budget line and clearly depict the point of optimality in the F (x-axis)-C (y-axis) space
Case # 2 assuming if income increases to $120, holding all else the same, do the same analysis (parts a-c) and contrast your answers to Case 1. For part c, you should draw old (Case 1) and new (Case 2) budget lines/point of optimality.
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