1) define the variables for modeling this scenario and write down the objective function.2) Identify the constraints of the problem3) List the corner points of a feasible region4) How many Sedans and SUVs should be produced each day to maximize the total profit? SedansSUVS15 labor-hours 20 labor-hours1 labor-hours$115AssemblePaint2 labor-hoursProfit$90Each day, 500 labor-hours are available to assemble, 40 labor-labor hours to paint. The manufacturerwants to determine how many vehicles to produce of each type in order to maximize profit.

Answered: Image /qna-images/answer/ac138d0f-65d8-4841-aa10-ccc39daee59c.jpg

Sedans SUVS Assemble 15 labor-hours 20 labor-hours Paint 2 labor-hours 1 labor-hours Profit $90 $115 ach day, 500 labor-hours are available to assemble, 40 labor-labor hours to paint. The manufacturer ants to determine how many vehicles to produce of each type in order to maximize profit.

Sedans SUVS Assemble 15 labor-hours 20 labor-hours Paint 2 labor-hours 1 labor-hours Profit $90 $115 ach day, 500 labor-hours are available to assemble, 40 labor-labor hours to paint. The manufacturer ants to determine how many vehicles to produce of each type in order to maximize profit.

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Question

1) define the variables for modeling this scenario and write down the objective function.

2) Identify the constraints of the problem

3) List the corner points of a feasible region

4) How many Sedans and SUVs should be produced each day to maximize the total profit?

Sedans
SUVS
15 labor-hours 20 labor-hours
1 labor-hours
$115
Assemble
Paint
2 labor-hours
Profit
$90
Each day, 500 labor-hours are available to assemble, 40 labor-labor hours to paint. The manufacturer
wants to determine how many vehicles to produce of each type in order to maximize profit.

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