2. Formulate but do not solve the following exercise as a linear programming problem. ABC manufactures three models of Bluetooth speakers: A, B and C. Each model A costs $11 to make, each model B costs $15 each model C costs $22. The profits are $26 for each model A. $40 for each model B and $42 for each model C Bluetooth speaker. The total number of Bluetooth speakers demanded per month does not exceed 3,400 and the company has earmarked no more than $63,000/month for manufacturing costs. How many units of each model should ABC make each month in order to maximize its monthly profits? What is the optimal profit? (do not solve) Complete the following: A) B) C) D) Define the variables and what they represent (example: x = number of dozens of blue socks). Create a table using the variables and values from the problem. State the objective function. State the constraints.

2. Formulate but do not solve the following exercise as a linear programming problem. ABC manufactures three models of Bluetooth speakers: A, B and C. Each model A costs $11 to make, each model B costs $15 each model C costs $22. The profits are $26 for each model A. $40 for each model B and $42 for each model C Bluetooth speaker. The total number of Bluetooth speakers demanded per month does not exceed 3,400 and the company has earmarked no more than $63,000/month for manufacturing costs. How many units of each model should ABC make each month in order to maximize its monthly profits? What is the optimal profit? (do not solve) Complete the following: A) B) C) D) Define the variables and what they represent (example: x = number of dozens of blue socks). Create a table using the variables and values from the problem. State the objective function. State the constraints.

Name: Ses13 1419 20 2126 27Point 5:2.Formulate but do not solve the followi
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Description: Ses13 1419 20 2126 27Point 5:2.Formulate but do not solve the following exercise as a linear programming problem.ABC manufactures three models of Bluetooth speakers: A, B and C. Each model A costs $11 to make,each model B costs $15 each model C cost

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

Ses
13 14
19 20 21
26 27
Point 5:
2.
Formulate but do not solve the following exercise as a linear programming problem.
ABC manufactures three models of Bluetooth speakers: A, B and C. Each model A costs $11 to make,
each model B costs $15 each model C costs $22. The profits are $26 for each model A. $40 for each
model B and $42 for each model C Bluetooth speaker. The total number of Bluetooth speakers
demanded per month does not exceed 3,400 and the company has earmarked no more than
$63,000/month for manufacturing costs. How many units of each model should ABC make each month
in order to maximize its monthly profits? What is the optimal profit? (do not solve)
Complete the following:
A)
B)
Define the variables and what they represent (example: x = number of dozens of blue socks).
Create a table using the variables and values from the problem.
State the objective function.
D)
State the constraints.

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