A= (70, 110), B=(110, 110) C=(130, 90) D= (130, 50) E= (100, 50) F= (70, 80) 5. Evaluate the objective function at the vertices of each of the feasible regions. T= x+V T1=70+80=150 T2=100+503D150 T3=130+50=180 T4=130+903220 T5=110+110=220 T6=70+110=180 6. How many laptops and how many tablets should the company make to maximize profit?

Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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A= (70, 110), B=(110, 110) C=(130, 90) D= (130, 50) E= (100, 50) F= (70, 80)
5. Evaluate the objective function at the vertices of each of the feasible regions.
T= x+y
T1=70+80=150
T2=100+503D150
T3=130+50=180
T4=130+90=220
T5=110+110=220
T6=70+110=180
6. How many laptops and how many tablets should the company make to maximize
profit?
DE
Linear Progra.
Transcribed Image Text:A= (70, 110), B=(110, 110) C=(130, 90) D= (130, 50) E= (100, 50) F= (70, 80) 5. Evaluate the objective function at the vertices of each of the feasible regions. T= x+y T1=70+80=150 T2=100+503D150 T3=130+50=180 T4=130+90=220 T5=110+110=220 T6=70+110=180 6. How many laptops and how many tablets should the company make to maximize profit? DE Linear Progra.
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There are 21 possible combinations of number of laptops and number of tablets which will maximize the profit because the solution lies on the line joining B(110,110) and C(130,90)

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