The time required for fourth machine for a learning rate of 95%. Introduction: Learning curve: Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time. Doubling effect: The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

Question

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Answer 1

Question

Chapter E, Problem 10P

a)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 95%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

b)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 87%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

c)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 72%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

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Students have asked these similar questions

A manager would prefer which learning percentage 110 or 60 percent. Explain ?

The first vending machine that William Kine, Inc., assembled took 72 labor-hours. Estimate how long the fourth machine will require for each of the following learning rates. Use Table E.3 for reference. a) 90% hours (round your response to two decimal places). b) 87% hours (round your response to two decimal places). c) 68% hours (round your response to two decimal places).

If 315 labor hours were required to produce the 1st unit in a production run and 137 labor hours were required to produce the 9th unit, what was the learning-curve rate during production?

Answer 2

Question

Chapter E, Problem 10P

a)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 95%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

b)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 87%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

c)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 72%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

Expert Solution & Answer

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Answer 3

Question

Chapter E, Problem 10P

a)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 95%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

b)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 87%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

c)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 72%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

Expert Solution & Answer

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Answer 4

Question

Chapter E, Problem 10P

a)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 95%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

b)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 87%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

c)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 72%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

Expert Solution & Answer

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Answer 5

Chapter E, Problem 10P

a)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 95%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

b)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 87%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

c)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 72%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

Answer 6

Chapter E, Problem 10P

a)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 95%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

Answer 7

Chapter E, Problem 10P

a)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 95%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

Answer 8

b)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 87%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

Answer 9

b)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 87%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

Answer 10

c)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 72%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

Answer 11

c)

Summary Introduction

To determine: The time required for fourth machine for a learning rate of 72%.

Introduction:

Learning curve:

Learning curve is based on the premise that when a person is repeating a task or job again and again, the performance of the person on that job or task will improve. It will depict relationship between cost and output over a definitive period of time.

Doubling effect:

The concept is that each time when an output is doubled, the time it took to develop the doubled unit will be x% of the time it took to produce the base unit. Here ’x’ is the learning curve rate.

Answer 12

Expert Solution & Answer

Answer 13

Expert Solution & Answer

Answer 14

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Answer 15

Ch. E - Prob. 1DQ Ch. E - Prob. 2DQ Ch. E - Prob. 3DQ Ch. E - Prob. 4DQ Ch. E - Prob. 5DQ Ch. E - Prob. 6DQ Ch. E - Prob. 7DQ Ch. E - Prob. 8DQ Ch. E - Prob. 1P Ch. E - Prob. 2P

Solution Summary: The author explains the learning curve, which depicts the relationship between cost and output over a definitive period of time.

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Chapter E Solutions