You are choosing between two goods, X and Y, and your marginal utility from each is shown in the following table.
Units of X | MUx | Units of Y | MUy |
1 | 20 | 1 | 16 |
2 | 16 | 2 | 14 |
3 | 12 | 3 | 12 |
4 | 8 | 4 | 10 |
5 | 6 | 5 | 8 |
6 | 4 | 6 | 6 |
Instructions: Enter your answers as a whole
number.
a. If your income is $9.00 and the prices of X and Y are $2.00 and $1.00, respectively, what quantities of each will you purchase to maximize utility?
units of X and units of Y
b. What total utility will you realize?
utils
c. Assume that, other things remaining unchanged, the price of X falls to $1.00. What quantities of X and Y will you now purchase?
units of X and units of Y
d. Using the two prices and quantities for X, complete the table to derive the derived demand schedule (a table showing prices and quantities demanded) for X.
Instructions: Start with the highest price first
Price of X | Quantity Demanded of X |
$ | |
$ |
a. Budget constraint:
9=2x+y
Consumer will purchase those Quantities of good X and good Y where MUx/Px= MUy/Py.
When X=3, MUx/Px= 12/2=6.
When Y=6, MUy/Py= 6/1=6.
Also 3*2+6*1=$9
b. Total utility = (TU from good x + TU from good y)= (20+16+12)+(16+14+12+10+8+6)= 48+66= 114.
c. Px=1
Budget constraint:
9=x+y
Consumer will purchase those Quantities of good X and good Y where MUx/Px= MUy/Py.
When X=4, MUx/Px= 8/1=8.
When Y=5, MUy/Py= 8/1=8.
Also 4*1+5*1=$9
d. When price of good x= $2, Quantity demanded for x= 3
When price of good x= $1, Quantity demanded for x= 4.
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