4. Swedish Automobiles Are the Best (SAAB) sells two types of vehicles: a truck and a car. The monthly inverse demand or price equation for trucks is estimated as P₁= 65. 0.05Q (where Qt is the number of trucks sold and Pt is the price per truck in thousands). For cars is: Pe=55-0.1Qc. It costs SAAB $27 (thousand) to produce each additional truck and $21 (thousand) to produce each additional car, so MCt = 27 and MC, = 21. Assume no fixed cost so TC = MCX Q. Suppose now that SAAB's production capacity is limited to 400 vehicles per month. Determine the profit-maximizing quantities of trucks (Q) and cars (Qc) and the total profit for each vehicle type with the new optimal quantities caused by the constraint.

ECON MICRO
5th Edition
ISBN:9781337000536
Author:William A. McEachern
Publisher:William A. McEachern
Chapter5: Elasticity Of Demand And Supply
Section: Chapter Questions
Problem 1.1P: (Calculating Price Elasticity of Demand) Suppose that 50 units of a good are demanded at a price of...
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4. Swedish Automobiles Are the Best (SAAB) sells two types of vehicles: a truck and a
car. The monthly inverse demand or price equation for trucks is estimated as P₁ = 65-
0.05Q (where Qt is the number of trucks sold and Pt is the price per truck in thousands).
For cars is: Pe= 55-0.1Qc. It costs SAAB $27 (thousand) to produce each additional
truck and $21 (thousand) to produce each additional car, so MCt = 27 and MCe = 21.
Assume no fixed cost so TC = MCX Q.
Suppose now that SAAB's production capacity is limited to 400 vehicles per month.
Determine the profit-maximizing quantities of trucks (Qt) and cars (Qc) and the total
profit for each vehicle type with the new optimal quantities caused by the constraint.
Transcribed Image Text:● 4. Swedish Automobiles Are the Best (SAAB) sells two types of vehicles: a truck and a car. The monthly inverse demand or price equation for trucks is estimated as P₁ = 65- 0.05Q (where Qt is the number of trucks sold and Pt is the price per truck in thousands). For cars is: Pe= 55-0.1Qc. It costs SAAB $27 (thousand) to produce each additional truck and $21 (thousand) to produce each additional car, so MCt = 27 and MCe = 21. Assume no fixed cost so TC = MCX Q. Suppose now that SAAB's production capacity is limited to 400 vehicles per month. Determine the profit-maximizing quantities of trucks (Qt) and cars (Qc) and the total profit for each vehicle type with the new optimal quantities caused by the constraint.
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