Average manufacturing time per order. Given information: Expected number of orders of B7 is 125 orders. Manufacturing time per order of B7 is 40 hours. Annual machine capacity for B7 is 6,000 hours.

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Answer 1

Question

Chapter 19, Problem 19.33P

1.a.

To determine

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

1.b.

To determine

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

Expected number of orders of A3 is 10 orders.

Manufacturing time per order of A3 is 50 hours.

2.

To determine

Whether the introduction of new product is beneficial for B Corporation.

Given information:

Selling price per order of B7 is $15,000.

Number of orders of B7 is 125 orders.

Variable cost per order of B7 is $10,000.

Total manufacturing hours per order of B7 are 140 hours.

Inventory carrying cost per order of B7 is $0.50.

Selling price per order of A3 is $13,500.

Number of orders of A3 is 10 orders.

Variable cost per order of A3 is $9,000.

Total manufacturing hours per order of A3 are 315 hours.

Inventory carrying cost per order of A3 is $0.45.

3.

To determine

Factors that are to be considered before implementing any of the alternatives.

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1. I want to know how to solve these 2 questions and what the answers are 3. Field & Co. expects its EBIT to be $125,000 every year forever. The firm can borrow at 7%. The company currently has no debt, and its cost of equity is 12%. If the tax rate is 24%, what is the value of the firm? What will the value be if the company borrows $205,000 and uses the proceeds to purchase shares? 2. Firms HD and LD each have $30m in invested capital, $8m of EBIT, and a tax rate of 25%. Firm HD has a D/E ratio of 50% with an interest rate of 8% on their debt. Firm LD has a debt-to-capital ratio of 30%, however, pays 9% interest on its debt. Calculate the following: a. Return on invested capital for firm LDb. Return on equity for each firmc. If HD’s CFO is thinking of lowering the D/E from 50% to 40%, which will lower their interest rate further from 8% to 7%, calculate the new ROE for firm HD.

what is the variable cost per minute?

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Answer 2

Question

Chapter 19, Problem 19.33P

1.a.

To determine

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

1.b.

To determine

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

Expected number of orders of A3 is 10 orders.

Manufacturing time per order of A3 is 50 hours.

2.

To determine

Whether the introduction of new product is beneficial for B Corporation.

Given information:

Selling price per order of B7 is $15,000.

Number of orders of B7 is 125 orders.

Variable cost per order of B7 is $10,000.

Total manufacturing hours per order of B7 are 140 hours.

Inventory carrying cost per order of B7 is $0.50.

Selling price per order of A3 is $13,500.

Number of orders of A3 is 10 orders.

Variable cost per order of A3 is $9,000.

Total manufacturing hours per order of A3 are 315 hours.

Inventory carrying cost per order of A3 is $0.45.

3.

To determine

Factors that are to be considered before implementing any of the alternatives.

Expert Solution & Answer

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Answer 3

Question

Chapter 19, Problem 19.33P

1.a.

To determine

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

1.b.

To determine

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

Expected number of orders of A3 is 10 orders.

Manufacturing time per order of A3 is 50 hours.

2.

To determine

Whether the introduction of new product is beneficial for B Corporation.

Given information:

Selling price per order of B7 is $15,000.

Number of orders of B7 is 125 orders.

Variable cost per order of B7 is $10,000.

Total manufacturing hours per order of B7 are 140 hours.

Inventory carrying cost per order of B7 is $0.50.

Selling price per order of A3 is $13,500.

Number of orders of A3 is 10 orders.

Variable cost per order of A3 is $9,000.

Total manufacturing hours per order of A3 are 315 hours.

Inventory carrying cost per order of A3 is $0.45.

3.

To determine

Factors that are to be considered before implementing any of the alternatives.

Expert Solution & Answer

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See solution

Answer 4

Question

Chapter 19, Problem 19.33P

1.a.

To determine

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

1.b.

To determine

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

Expected number of orders of A3 is 10 orders.

Manufacturing time per order of A3 is 50 hours.

2.

To determine

Whether the introduction of new product is beneficial for B Corporation.

Given information:

Selling price per order of B7 is $15,000.

Number of orders of B7 is 125 orders.

Variable cost per order of B7 is $10,000.

Total manufacturing hours per order of B7 are 140 hours.

Inventory carrying cost per order of B7 is $0.50.

Selling price per order of A3 is $13,500.

Number of orders of A3 is 10 orders.

Variable cost per order of A3 is $9,000.

Total manufacturing hours per order of A3 are 315 hours.

Inventory carrying cost per order of A3 is $0.45.

3.

To determine

Factors that are to be considered before implementing any of the alternatives.

Expert Solution & Answer

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Answer 5

Chapter 19, Problem 19.33P

1.a.

To determine

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

1.b.

To determine

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

Expected number of orders of A3 is 10 orders.

Manufacturing time per order of A3 is 50 hours.

2.

To determine

Whether the introduction of new product is beneficial for B Corporation.

Given information:

Selling price per order of B7 is $15,000.

Number of orders of B7 is 125 orders.

Variable cost per order of B7 is $10,000.

Total manufacturing hours per order of B7 are 140 hours.

Inventory carrying cost per order of B7 is $0.50.

Selling price per order of A3 is $13,500.

Number of orders of A3 is 10 orders.

Variable cost per order of A3 is $9,000.

Total manufacturing hours per order of A3 are 315 hours.

Inventory carrying cost per order of A3 is $0.45.

3.

To determine

Factors that are to be considered before implementing any of the alternatives.

Answer 6

Chapter 19, Problem 19.33P

1.a.

To determine

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

Answer 7

Chapter 19, Problem 19.33P

1.a.

To determine

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

Answer 8

1.b.

To determine

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

Expected number of orders of A3 is 10 orders.

Manufacturing time per order of A3 is 50 hours.

Answer 9

1.b.

To determine

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

Expected number of orders of A3 is 10 orders.

Manufacturing time per order of A3 is 50 hours.

Answer 10

2.

To determine

Whether the introduction of new product is beneficial for B Corporation.

Given information:

Selling price per order of B7 is $15,000.

Number of orders of B7 is 125 orders.

Variable cost per order of B7 is $10,000.

Total manufacturing hours per order of B7 are 140 hours.

Inventory carrying cost per order of B7 is $0.50.

Selling price per order of A3 is $13,500.

Number of orders of A3 is 10 orders.

Variable cost per order of A3 is $9,000.

Total manufacturing hours per order of A3 are 315 hours.

Inventory carrying cost per order of A3 is $0.45.

Answer 11

2.

To determine

Whether the introduction of new product is beneficial for B Corporation.

Given information:

Selling price per order of B7 is $15,000.

Number of orders of B7 is 125 orders.

Variable cost per order of B7 is $10,000.

Total manufacturing hours per order of B7 are 140 hours.

Inventory carrying cost per order of B7 is $0.50.

Selling price per order of A3 is $13,500.

Number of orders of A3 is 10 orders.

Variable cost per order of A3 is $9,000.

Total manufacturing hours per order of A3 are 315 hours.

Inventory carrying cost per order of A3 is $0.45.

Answer 12

3.

To determine

Factors that are to be considered before implementing any of the alternatives.

Answer 13

3.

To determine

Factors that are to be considered before implementing any of the alternatives.

Answer 14

Expert Solution & Answer

Answer 15

Expert Solution & Answer

Answer 16

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Answer 17

Ch. 19 - Describe two benefits of improving quality.Ch. 19 - Prob. 19.2Q Ch. 19 - Name two items classified as prevention costs.Ch. 19 - Give two examples of appraisal costs.Ch. 19 - Distinguish between internal failure costs and...Ch. 19 - Describe three methods that companies use to...Ch. 19 - Companies should focus on financial measures of...Ch. 19 - Give two examples of nonfinancial measures of...Ch. 19 - Give two examples of nonfinancial measures of...Ch. 19 - When evaluating alternative ways to improve...

Average manufacturing time per order. Given information: Expected number of orders of B7 is 125 orders. Manufacturing time per order of B7 is 40 hours. Annual machine capacity for B7 is 6,000 hours.

Average manufacturing time per order. Given information: Expected number of orders of B7 is 125 orders. Manufacturing time per order of B7 is 40 hours. Annual machine capacity for B7 is 6,000 hours.

Average manufacturing time per order. Given information: Expected number of orders of B7 is 125 orders. Manufacturing time per order of B7 is 40 hours. Annual machine capacity for B7 is 6,000 hours. Expected number of orders of A3 is 10 orders. Manufacturing time per order of A3 is 50 hours.

Factors that are to be considered before implementing any of the alternatives.

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Chapter 19 Solutions

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

Average manufacturing time per order.

Given information:

Expected number of orders of B7 is 125 orders.

Manufacturing time per order of B7 is 40 hours.

Annual machine capacity for B7 is 6,000 hours.

Expected number of orders of A3 is 10 orders.

Manufacturing time per order of A3 is 50 hours.