The quantity of a product demanded by consumers is a function of its price. The quantity of one product demanded may also depend on the price of other products. For example, if the only chocolate shop in town (a monopoly) sells milk and dark chocolates, the price it sets for each affects the demand of the other. The quantities demanded, q₁ and 92, of two products depend on their prices, p₁ and p2, as follows: 91 = 140-3p1 - 2p2 92 = 160 - 2p1 - 3p2. If one manufacturer sells both products, how should the prices be set to generate the maximum possible revenue? What is that maximum possible revenue? Enter the exact answers. P₁ = i P2 = i The maximum revenue is i

Microeconomic Theory
12th Edition
ISBN:9781337517942
Author:NICHOLSON
Publisher:NICHOLSON
Chapter6: Demand Relationships Among Goods
Section: Chapter Questions
Problem 6.12P
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The quantity of a product demanded by consumers is a function of its price. The quantity of one product demanded may also depend
on the price of other products. For example, if the only chocolate shop in town (a monopoly) sells milk and dark chocolates, the price it
sets for each affects the demand of the other. The quantities demanded, q₁ and 92, of two products depend on their prices, p₁ and p2,
as follows:
91 = 140-3p1 - 2p2
92 = 160 - 2p1 - 3p2.
If one manufacturer sells both products, how should the prices be set to generate the maximum possible revenue? What is that
maximum possible revenue?
Enter the exact answers.
P₁ =
i
P2 =
i
The maximum revenue is
i
Transcribed Image Text:The quantity of a product demanded by consumers is a function of its price. The quantity of one product demanded may also depend on the price of other products. For example, if the only chocolate shop in town (a monopoly) sells milk and dark chocolates, the price it sets for each affects the demand of the other. The quantities demanded, q₁ and 92, of two products depend on their prices, p₁ and p2, as follows: 91 = 140-3p1 - 2p2 92 = 160 - 2p1 - 3p2. If one manufacturer sells both products, how should the prices be set to generate the maximum possible revenue? What is that maximum possible revenue? Enter the exact answers. P₁ = i P2 = i The maximum revenue is i
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