Question

(15) A representative consumer’s utility is given by: U=min⁡(2X, Y). Income is 2400. The prices are:...

  1. (15) A representative consumer’s utility is given by: U=min⁡(2X, Y). Income is 2400. The prices are: PX=2, PY=1. X is the consumption of gasoline and Y is the consumption of composite good.
    1. (3) Write the budget constraint. Compute the optimal consumption bundle.
    2. (4) Now the government imposes 100% tax on the consumption of gasoline. Write the new budget constraint. Compute the optimal consumption bundle.
    3. (4) Now, in addition to the tax in part (B), suppose that the government gives the income tax rebate, R, to relieve the tax burden. Write the new budget constraint. Compute the optimal consumption bundle as a function of R.
    4. (4) (Continuing part (C)) Now the government wants to balance the budget. Then what should be the amount of rebate? Compare the gasoline consumption here with that in part (A).

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
(15) A representative consumer’s utility is given by: U=min⁡(2X, Y). Income is 2400. The prices are:...
(15) A representative consumer’s utility is given by: U=min⁡(2X, Y). Income is 2400. The prices are: PX=2, PY=1. X is the consumption of gasoline and Y is the consumption of composite good. (3) Write the budget constraint. Compute the optimal consumption bundle. (4) Now the government imposes 100% tax on the consumption of gasoline. Write the new budget constraint. Compute the optimal consumption bundle. (4) Now, in addition to the tax in part (B), suppose that the government gives the...
(15) A representative consumer’s utility is given by: U=min (2X,Y). Income is 2400. The prices are:...
(15) A representative consumer’s utility is given by: U=min (2X,Y). Income is 2400. The prices are: P_X=2,P_Y=1. X is the consumption of gasoline and Y is the consumption of composite good. (3) Write the budget constraint. Compute the optimal consumption bundle. (4) Now the government imposes 100% tax on the consumption of gasoline. Write the new budget constraint. Compute the optimal consumption bundle. (4) Now, in addition to the tax in part (B), suppose that the government gives the income...
Suppose a consumer’s Utility Function U(x,y) = X1/2Y1/2. The consumer wants to choose the bundle (x*,...
Suppose a consumer’s Utility Function U(x,y) = X1/2Y1/2. The consumer wants to choose the bundle (x*, y*) that would maximize utility. Suppose Px = $5 and Py = $10 and the consumer has $500 to spend. Write the consumer’s budget constraint. Use the budget constraint to write Y in terms of X. Substitute Y from above into the utility function U(x,y) = X1/2Y1/2. To solve for the utility maximizing, taking the derivative of U from (b) with respect to X....
1. A consumer has the utility function U = min(2X, 5Y ). The budget constraint isPXX+PYY...
1. A consumer has the utility function U = min(2X, 5Y ). The budget constraint isPXX+PYY =I. (a) Given the consumer’s utility function, how does the consumer view these two goods? In other words, are they perfect substitutes, perfect complements, or are somewhat substitutable? (2 points) (b) Solve for the consumer’s demand functions, X∗ and Y ∗. (5 points) (c) Assume PX = 3, PY = 2, and I = 200. What is the consumer’s optimal bundle? (2 points) 2....
1. Consider the representative consumer’s problem as follows. The representative consumer maximizes utility by choosing the...
1. Consider the representative consumer’s problem as follows. The representative consumer maximizes utility by choosing the amount of consumption good C and the amount of leisure l . The consumer has h units of time available for leisure l and for working Ns , that is, h = l+Ns . Government imposes a proportional tax on the consumer’s wage income. The consumer’s after-tax wage income is then (1−t )w(h −l ), where 0 < t < 1 is the tax...
Emily's preferences can be represented by u(x,y)=x^1/4 y^3/4 . Emily faces prices (px,py) = (2,1) and...
Emily's preferences can be represented by u(x,y)=x^1/4 y^3/4 . Emily faces prices (px,py) = (2,1) and her income is $120. Her optimal consumption bundle is: __________ (write in the form of (x,y) with no space) Now the price of x increases to $3 while price of y remains the same Her new optimal consumption bundle is: ____________ (write in the form of (x,y) with no space) Her Equivalent Variation is: $ ____________
Emily's preferences can be represented by u(x,y)=x1/4 y3/4 . Emily faces prices (px,py) = (2,1) and...
Emily's preferences can be represented by u(x,y)=x1/4 y3/4 . Emily faces prices (px,py) = (2,1) and her income is $120. Her optimal consumption bundle is: _______ (write in the form of (x,y) with no space) Now the price of x increases to $3 while price of y remains the same Her new optimal consumption bundle is:_______  (write in the form of (x,y) with no space) Her Equivalent Variation is: $__________
Emily's preferences can be represented by u(x,y)=x1/4 y3/4 . Emily faces prices (px,py) = (2,1) and...
Emily's preferences can be represented by u(x,y)=x1/4 y3/4 . Emily faces prices (px,py) = (2,1) and her income is $120. a) Her optimal consumption bundle is:________ (write in the form of (x,y) with no space) Now the price of x increases to $3 while price of y remains the same b) Her new optimal consumption bundle is:_______  (write in the form of (x,y) with no space) c) Her Equivalent Variation is: $________
Let income be I = $90, Px = $2, Py = $1, and utility U =...
Let income be I = $90, Px = $2, Py = $1, and utility U = 4X½Y. a.[12] Write down and simplify the two conditions required for utility maximization. b.[6] Compute the optimal consumption bundle for the consumer. What is the level of utility at the optimum?
Given the following utility function: U (X,Y) = 2X½ + Y and given that U =...
Given the following utility function: U (X,Y) = 2X½ + Y and given that U = 40 Part 1: Find Y1 for X = 4 Part 2: Find Y1 for X = 9 Part 3: Find Y1 for X = 16 Part 4: Find Y1 for X = 36 Part 5: Find Y1 for X = 49 Using graph paper construct the graph for indifference curve for U = 40 Given : Py = 20, Px = 5 and I...