Question

The demand for a good is given by Q = 100 - 3P - 2PA + 0.3Y, where P is the price of the good, PA is the price of an alternative good, and Y is income. If P = 25, PA = 10 and Y = 1500, then own-price elasticity of demand is (rounded up): - 0.165 - 0.989 - 0.25 - 3.0 - 0.044

          The demand for a good is given by Q = 100 - 3P - 2PA + 0.3Y, where P is the price of the good, PA is the price of an alternative good, and Y is income. If P = 25, PA = 10 and Y = 1500, then own-price elasticity of demand is (rounded up):
- 0.165
- 0.989
- 0.25
- 3.0
- 0.044

The demand for a good is given by Q = 100 - 3P - 2PA + 0.3Y, where P is the price of the good, PA is the price of an alternative good, and Y is income. If P = 25, PA = 10 and Y = 1500, then own-price elasticity of demand is (rounded up):
- 0.165
- 0.989
- 0.25
- 3.0
- 0.044

Added by Christopher C.

Principles of Economics

Gregory Mankiw 8th Edition

Instant Answer

Solved by Expert Akash M

11/24/2023

Step 1

Q = 100 - 3p^2 + pA + 0.3Y Q = 100 - 3(25)^2 + 25(10) + 0.3(1500) Q = 100 - 3(625) + 250 + 450 Q = 100 - 1875 + 250 + 450 Q = -1075 Show more…

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The demand for a good is given by Q = 100 - 3P - 2PA + 0.3Y, where P is the price of the good, PA is the price of an alternative good, and Y is income. If P = 25, PA = 10, and Y = 1500, then the own-price elasticity of demand is (rounded up): -0.165 -0.989 -0.25 -3.0 -0.044