A consumer's utility function is: U(c1, c2) = C1C2 and c2 denote the planned consumption of composite good in period 1 and period 2, respectively. The consumption is on composite good and is expressed in rupees. Suppose there is no inflation, so the prices of the composite good in each period are constant at 1 rupee. where C1 The amount of money (income or endowment) the consumer will have in each period is denoted by m, and m2. The consumer can borrow or save (lend) money without any interest charges: r = 0. Thus, the budget constraint is: c1 + c2 = m1 + m2 (a) Write the consumer's utility maximization problem. Define the Lagrangian function for this utility maximization problem. Write the first order necessary conditions. (b) Assume: m1 = 200, and m2 = 100. Find the optimal choice of composite good for each period (note that it is in rupees). Compute the saving/borrowing in period 1.

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A consumer's utility function is:
U(c1, C2) = C1C2
where c, and c2 denote the planned consumption of composite good in period 1 and period 2,
respectively. The consumption is on composite good and is expressed in rupees. Suppose there
is no inflation, so the prices of the composite good in each period are constant at 1 rupee.
The amount of money (income or endowment) the consumer will have in each period is denoted
by m, and m2. The consumer can borrow or save (lend) money without any interest charges:
r = 0. Thus, the budget constraint is: c1 + c2 = m1 + m2
(a) Write the consumer's utility maximization
this utility maximization problem. Write the first order necessary conditions.
oblem. Define the Lagrangian function for
200, and m2 = 100. Find the optimal choice of composite good for each
(b) Assume: mı
period (note that it is in rupees). Compute the saving/borrowing in period 1.
Transcribed Image Text:A consumer's utility function is: U(c1, C2) = C1C2 where c, and c2 denote the planned consumption of composite good in period 1 and period 2, respectively. The consumption is on composite good and is expressed in rupees. Suppose there is no inflation, so the prices of the composite good in each period are constant at 1 rupee. The amount of money (income or endowment) the consumer will have in each period is denoted by m, and m2. The consumer can borrow or save (lend) money without any interest charges: r = 0. Thus, the budget constraint is: c1 + c2 = m1 + m2 (a) Write the consumer's utility maximization this utility maximization problem. Write the first order necessary conditions. oblem. Define the Lagrangian function for 200, and m2 = 100. Find the optimal choice of composite good for each (b) Assume: mı period (note that it is in rupees). Compute the saving/borrowing in period 1.
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