The number of lacrosse sticks of each type should be manufactured to maximize the total profit, the maximum profit by simplex method and the chart which is as shown below, shows the labor requirements and profits for each type of lacrosse stick. Attack Defense Cutting 2 labor-hours 1 labor-hours Stringing 1 labor-hours 3 labor-hours Finishing 2 labor-hours 2 labor-hours Profit $16 $20 Each day, the company has the availability 120 labor-hours for cutting, 150 labor-hours for stringing, and 140 labor-hours for finishing.

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Answer 1

Question

Chapter 4, Problem 19RE

(a)

To determine

To calculate: The number of lacrosse sticks of each type should be manufactured to maximize the total profit, the maximum profit by simplex method and the chart which is as shown below, shows the labor requirements and profits for each type of lacrosse stick.

Attack Defense

Cutting 2 labor-hours 1 labor-hours

Stringing 1 labor-hours 3 labor-hours

Finishing 2 labor-hours 2 labor-hours

Profit $16 $20

Each day, the company has the availability 120 labor-hours for cutting, 150 labor-hours for stringing, and 140 labor-hours for finishing.

(b)

To determine

To calculate: The profit that the company must be able to make on each tennis racket in order to justify the diversification by also making tennis rackets, if rackets requires 1 labor-hour for cutting, 4 labor-hours for stringing, and 2 labor-hours for finishing.

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Answer 2

Question

Chapter 4, Problem 19RE

(a)

To determine

To calculate: The number of lacrosse sticks of each type should be manufactured to maximize the total profit, the maximum profit by simplex method and the chart which is as shown below, shows the labor requirements and profits for each type of lacrosse stick.

Attack Defense

Cutting 2 labor-hours 1 labor-hours

Stringing 1 labor-hours 3 labor-hours

Finishing 2 labor-hours 2 labor-hours

Profit $16 $20

Each day, the company has the availability 120 labor-hours for cutting, 150 labor-hours for stringing, and 140 labor-hours for finishing.

(b)

To determine

To calculate: The profit that the company must be able to make on each tennis racket in order to justify the diversification by also making tennis rackets, if rackets requires 1 labor-hour for cutting, 4 labor-hours for stringing, and 2 labor-hours for finishing.

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Answer 3

Question

Chapter 4, Problem 19RE

(a)

To determine

To calculate: The number of lacrosse sticks of each type should be manufactured to maximize the total profit, the maximum profit by simplex method and the chart which is as shown below, shows the labor requirements and profits for each type of lacrosse stick.

Attack Defense

Cutting 2 labor-hours 1 labor-hours

Stringing 1 labor-hours 3 labor-hours

Finishing 2 labor-hours 2 labor-hours

Profit $16 $20

Each day, the company has the availability 120 labor-hours for cutting, 150 labor-hours for stringing, and 140 labor-hours for finishing.

(b)

To determine

To calculate: The profit that the company must be able to make on each tennis racket in order to justify the diversification by also making tennis rackets, if rackets requires 1 labor-hour for cutting, 4 labor-hours for stringing, and 2 labor-hours for finishing.

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Answer 4

Question

Chapter 4, Problem 19RE

(a)

To determine

To calculate: The number of lacrosse sticks of each type should be manufactured to maximize the total profit, the maximum profit by simplex method and the chart which is as shown below, shows the labor requirements and profits for each type of lacrosse stick.

Attack Defense

Cutting 2 labor-hours 1 labor-hours

Stringing 1 labor-hours 3 labor-hours

Finishing 2 labor-hours 2 labor-hours

Profit $16 $20

Each day, the company has the availability 120 labor-hours for cutting, 150 labor-hours for stringing, and 140 labor-hours for finishing.

(b)

To determine

To calculate: The profit that the company must be able to make on each tennis racket in order to justify the diversification by also making tennis rackets, if rackets requires 1 labor-hour for cutting, 4 labor-hours for stringing, and 2 labor-hours for finishing.

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Answer 5

Chapter 4, Problem 19RE

(a)

To determine

To calculate: The number of lacrosse sticks of each type should be manufactured to maximize the total profit, the maximum profit by simplex method and the chart which is as shown below, shows the labor requirements and profits for each type of lacrosse stick.

Attack Defense

Cutting 2 labor-hours 1 labor-hours

Stringing 1 labor-hours 3 labor-hours

Finishing 2 labor-hours 2 labor-hours

Profit $16 $20

Each day, the company has the availability 120 labor-hours for cutting, 150 labor-hours for stringing, and 140 labor-hours for finishing.

(b)

To determine

To calculate: The profit that the company must be able to make on each tennis racket in order to justify the diversification by also making tennis rackets, if rackets requires 1 labor-hour for cutting, 4 labor-hours for stringing, and 2 labor-hours for finishing.

Answer 6

Chapter 4, Problem 19RE

(a)

To determine

To calculate: The number of lacrosse sticks of each type should be manufactured to maximize the total profit, the maximum profit by simplex method and the chart which is as shown below, shows the labor requirements and profits for each type of lacrosse stick.

Attack Defense

Cutting 2 labor-hours 1 labor-hours

Stringing 1 labor-hours 3 labor-hours

Finishing 2 labor-hours 2 labor-hours

Profit $16 $20

Each day, the company has the availability 120 labor-hours for cutting, 150 labor-hours for stringing, and 140 labor-hours for finishing.

Answer 7

Chapter 4, Problem 19RE

(a)

To determine

To calculate: The number of lacrosse sticks of each type should be manufactured to maximize the total profit, the maximum profit by simplex method and the chart which is as shown below, shows the labor requirements and profits for each type of lacrosse stick.

Attack Defense

Cutting 2 labor-hours 1 labor-hours

Stringing 1 labor-hours 3 labor-hours

Finishing 2 labor-hours 2 labor-hours

Profit $16 $20

Each day, the company has the availability 120 labor-hours for cutting, 150 labor-hours for stringing, and 140 labor-hours for finishing.

Answer 8

(b)

To determine

To calculate: The profit that the company must be able to make on each tennis racket in order to justify the diversification by also making tennis rackets, if rackets requires 1 labor-hour for cutting, 4 labor-hours for stringing, and 2 labor-hours for finishing.

Answer 9

(b)

To determine

To calculate: The profit that the company must be able to make on each tennis racket in order to justify the diversification by also making tennis rackets, if rackets requires 1 labor-hour for cutting, 4 labor-hours for stringing, and 2 labor-hours for finishing.

Answer 10

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Answer 11

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Answer 12

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Answer 13

Ch. 4.1 - 1. Determine by inspection a particular solution...Ch. 4.1 - Prob. 2CYU Ch. 4.1 - For each of the following linear programming...Ch. 4.1 - For each of the following linear programming...Ch. 4.1 - For each of the following linear programming...Ch. 4.1 - For each of the following linear programming...Ch. 4.1 - For each of the following linear programming...Ch. 4.1 - For each of the following linear programming...Ch. 4.1 - 712For each of the linear programming problems in...Ch. 4.1 - 7–12 For each of the linear programming problems...

Solution Summary: The author calculates the number of lacrosse sticks of each type to maximize the total profit and the maximum profit by simplex method.

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To calculate: The profit that the company must be able to make on each tennis racket in order to justify the diversification by also making tennis rackets, if rackets requires 1 labor-hour for cutting, 4 labor-hours for stringing, and 2 labor-hours for finishing.

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Chapter 4 Solutions

	Attack	Defense
Cutting	2 labor-hours	1 labor-hours
Stringing	1 labor-hours	3 labor-hours
Finishing	2 labor-hours	2 labor-hours
Profit	$16	$20