6. A consumer with utility U(Co,C₁) = Co¹¹C₁ earns lo = 45,000 now and expects to earns 1₁ = 35,000 next year. They face interest rates r = 0.08 for borrowing and get paid rs = 0.04 for saving. Will they borrow or save in t = 0? How much? Do this problem two ways: a. Marginal-graphical, i.e. sketch their scenario and use marginal tradeoffs to explain how they get to their optimal bundle; and b. By setting up a Lagrangian to show which constraint(s) are binding and what bundle satisfies the Lagrangian's first-order conditions. [Note that you should get the same bundle using both approaches...]

Microeconomic Theory
12th Edition
ISBN:9781337517942
Author:NICHOLSON
Publisher:NICHOLSON
Chapter17: Capital And Time
Section: Chapter Questions
Problem 17.7P
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6. A consumer with utility U(Co,Ci) = Co"C, earns lo = 45,000 now and expects to earns
h = 35,000 next year. They face interest rates re = 0.08 for borrowing and get paid rs = 0.04
for saving. Will they borrow or save in t = 0? How much? Do this problem two ways:
%3!
a. Marginal-graphical, i.e. sketch their scenario and use marginal tradeoffs to explain how
they get to their optimal bundle; and
b. By setting up a Lagrangian to show which constraint(s) are binding and what bundle
satisfies the Lagrangian's first-order conditions.
[Note that you should get the same bundle using both approaches..]
Transcribed Image Text:6. A consumer with utility U(Co,Ci) = Co"C, earns lo = 45,000 now and expects to earns h = 35,000 next year. They face interest rates re = 0.08 for borrowing and get paid rs = 0.04 for saving. Will they borrow or save in t = 0? How much? Do this problem two ways: %3! a. Marginal-graphical, i.e. sketch their scenario and use marginal tradeoffs to explain how they get to their optimal bundle; and b. By setting up a Lagrangian to show which constraint(s) are binding and what bundle satisfies the Lagrangian's first-order conditions. [Note that you should get the same bundle using both approaches..]
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