Question

In: Economics

Tamer derives utility from goods X and Y, according to the following utility function: U(X,Y)= 3...

Tamer derives utility from goods X and Y, according to the following utility function: U(X,Y)= 3 X . His budget is $90 per period, the price of X is PX=$2, and the price of Y is PY=$6.
1. Graph the indifference curve when U= 36
2. What is the Tamer’s MRS between goods X and Y at the bundle (X=8 and Y=2 )? What does the value of MRS means? (أحسب القيمة واكتب بالكلمات ماذا تعني القيمة)
3. How much good X and good Y should he buy to maximize his utility?

3 X

Solutions

Expert Solution

The utility function provided is as U(X,Y)= 3X

Therefore only good X matters to Tamer and his utility depends on its consumption.

As only good X matters therefore this indifference curve will be parallel to the x axis because of its utility function

U= 36 = 6X (3*2 where 2 is the price of the good)

X= 6 and y doesn't matters

So it can be said that such an indifference curve can't be graphed as it will be a parallel line to the x axis which is not possible for indifference curves as each point on it will have different significance but will lie on the same line which contradicts indifference curves properties as we know the utility or significance of each bundle is same on a curve

b) As any amount of y is not substituted for any amount of X therefore change in y/ change in x = 0.This means that the line is either parallel or co incides with the X axis.

c) Tamer can maximize his utility at 6X=90 where 90 is the total income with him and 2 is the price of good X

Therefore for X=15 tamer can hit his maximum utility with his income


Related Solutions

Tamer derives utility from goods X and Y, according to the following utility function: U(X,Y)= 3...
Tamer derives utility from goods X and Y, according to the following utility function: U(X,Y)= 3 X square root of bold Y . His budget is $90 per period, the price of X is PX=$2, and the price of Y is PY=$6. 1. Graph the indifference curve when U= 36 2. What is the Tamer’s MRS between goods X and Y at the bundle (X=8 and Y=2 )? What does the value of MRS means? (أحسب القيمة واكتب بالكلمات ماذا...
Tamer derives utility from goods X and Y, according to the following utility function: U(X,Y)= 3...
Tamer derives utility from goods X and Y, according to the following utility function: U(X,Y)= 3 X   . His budget is $90 per period, the price of X is PX=$2, and the price of Y is PY=$6. 1. Graph the indifference curve when U= 36 2. What is the Tamer’s MRS between goods X and Y at the bundle (X=8 and Y=2 )? What does the value of MRS means? (أحسب القيمة واكتب بالكلمات ماذا تعني القيمة) 3. How much...
Esther consumes goods X and Y, and her utility function is      U(X,Y)=XY+Y For this utility function,...
Esther consumes goods X and Y, and her utility function is      U(X,Y)=XY+Y For this utility function,      MUX=Y      MUY=X+1 a. What is Esther's MRSXY? Y/(X + 1) X/Y (X + 1)/Y X/(Y + 1) b. Suppose her daily income is $20, the price of X is $4 per unit, and the price of Y is $1 per unit. What is her best choice?      Instructions: Enter your answers as whole numbers.      X =      Y =      What is Esther's utility when her...
a) A consumer derives utility from wealth according to function u(w) = ln w. He is...
a) A consumer derives utility from wealth according to function u(w) = ln w. He is offered the opportunity to bet on the flip of a coin that has the probability pi of coming heads. If he bets $x, he will have w + x if head comes up and w-x if tails comes up. Solve for the optimal x as a function of pi. What is the optimal choice of x when pi = 1/2 ? b) A consumer...
A consumes two goods, x and y. A ’s utility function is given by u(x, y)...
A consumes two goods, x and y. A ’s utility function is given by u(x, y) = x 1/2y 1/2 The price of x is p and the price of y is 1. A has an income of M. (a) Derive A ’s demand functions for x and y. (b) Suppose M = 72 and p falls from 9 to 4. Calculate the income and substitution effects of the price change. (c) Calculate the compensating variation of the price change....
Jim’s utility function is U(x, y) = xy. Jerry’s utility function is U(x, y) = 1,000xy...
Jim’s utility function is U(x, y) = xy. Jerry’s utility function is U(x, y) = 1,000xy + 2,000. Tammy’s utility function is U(x, y) = xy(1 - xy). Oral’s utility function is -1/(10 + xy. Billy’s utility function is U(x, y) = x/y. Pat’s utility function is U(x, y) = -xy. a. No two of these people have the same preferences. b. They all have the same preferences except for Billy. c. Jim, Jerry, and Pat all have the same...
Given the utility function U ( X , Y ) = X 1 3 Y 2...
Given the utility function U ( X , Y ) = X 1 3 Y 2 3, find the absolute value of the MRS when X=10 and Y=24. Round your answer to 4 decimal places.
A consumer purchases two goods, x and y and has utility function U(x; y) = ln(x)...
A consumer purchases two goods, x and y and has utility function U(x; y) = ln(x) + 3y. For this utility function MUx =1/x and MUy = 3. The price of x is px = 4 and the price of y is py = 2. The consumer has M units of income to spend on the two goods and wishes to maximize utility, given the budget. Draw the budget line for this consumer when M=50 and the budget line when...
Assume a Cobb-douglas utility function of 2 goods x and y given by U = x...
Assume a Cobb-douglas utility function of 2 goods x and y given by U = x 0.5y 0.5 and an initial income I of 100. Let initial price be px = 4 and py = 1. Now vary the price of x from 1 to 7 in steps of 1. So you have 7 prices for x. px = {1, 2, 3, 4, 5, 6, 7} For each of these px, py REMAINS the SAME at 1. In the excel...
Harry derives utility from two goods: X and Y . He has an income of 100...
Harry derives utility from two goods: X and Y . He has an income of 100 dollars. Both X and Y cost 2 dollars per unit Given the utility function U = XY (MUx = Y and MUY = X), how many units of X and Y should Harry consume in order to maximize his utility? (a) X = 100, Y = 0 (b) X = 0, Y = 100 (c) X = 50, Y = 50 (d) X =...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT