A company produces and sells two products A and B, x units of product A and y units of product B. The price obtained when selling x units of product A, p, is: p= 400-1.5x-y, The price obtained when selling y units of product B, q, is: q = 450-x-2y. The total costs of producing and selling x units of product A and y units of product B are: TC(x,y) 100x+50y+0.5x+y +10000. a) Show that the company's profit function can be written as: (x,y)=-2x-2xy-3y+300x+ 400y-10000. b) Calculate the first order partial derivatives of r(x.y), and find the only stationary point. Show that the stationary point of r(x,y)is a local maximum point and calculate the maximum profit. c) Due to constraints on capacity, the company has to produce exactly 70 units of the two products altogether. Calculate how many of each product A and B the company now must produce to maximise its profit. d) Calculate the size of the maximum profit given the constrants

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.6: The Inverse Trigonometric Functions
Problem 91E
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A company produces and sells two products A and B, x units of product A and y units of
product B. The price obtained when selling x units of product A, p, is:
p= 400–1.5x-y,
The price obtained when selling y units of product B,
is:
q = 450-x-2y.
The total costs of producing and selling x units of product A and y units of product B are:
TC(x, y) = 100x+50y+0.5x +y +10000.
Show that the company's profit function can be written as:
7(x,y) = -2x-2xy-3y + 300x + 400y-10000.
b)
Calculate the first order partial derivatives of z(x.y), and find the only stationary
point.
Show that the stationary point of r(x, )is a local maximum point and calculate the
maximum profit.
Due to constraints on capacity, the company has to produce exactly 70 units of the two
products altogether. Calculate how many of cach product A and B the company now
must produce to maximise its profit.
d)
Calculate the size of the maximum profit given the constraints
Transcribed Image Text:A company produces and sells two products A and B, x units of product A and y units of product B. The price obtained when selling x units of product A, p, is: p= 400–1.5x-y, The price obtained when selling y units of product B, is: q = 450-x-2y. The total costs of producing and selling x units of product A and y units of product B are: TC(x, y) = 100x+50y+0.5x +y +10000. Show that the company's profit function can be written as: 7(x,y) = -2x-2xy-3y + 300x + 400y-10000. b) Calculate the first order partial derivatives of z(x.y), and find the only stationary point. Show that the stationary point of r(x, )is a local maximum point and calculate the maximum profit. Due to constraints on capacity, the company has to produce exactly 70 units of the two products altogether. Calculate how many of cach product A and B the company now must produce to maximise its profit. d) Calculate the size of the maximum profit given the constraints
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