The amount and cost of unused manufacturing capacity. Given information: Actual units of capacity at starting of 2014 is 250 units Actual units sold in 2014 are 210 units. Conversion cost per unit of capacity is $8,100

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Answer 1

Question

Chapter 12, Problem 12.25E

1.

a.

To determine

To calculate: The amount and cost of unused manufacturing capacity.

Given information:

Actual units of capacity at starting of 2014 is 250 units

Actual units sold in 2014 are 210 units.

Conversion cost per unit of capacity is $8,100

b.

To determine

To calculate: The amount and cost of unused selling and customer-service capacity.

Given information:

Selling and customer service capacity at starting of 2014 is 100 customers.

Selling and customer service capacity in 2014 is 80 customers.

Selling and customer service capacity cost per customer is $9,900.

2.

To determine

To calculate: The maximum amount of cost that S could save in 2014 by downsizing manufacturing capacity.

Given information:

Conversion cost per unit of capacity is $8,100.

Downsizing the manufacturing capacity by 30 units.

3.

To determine

To identify: The reason for not downsize the capacity.

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Answer 2

Question

Chapter 12, Problem 12.25E

1.

a.

To determine

To calculate: The amount and cost of unused manufacturing capacity.

Given information:

Actual units of capacity at starting of 2014 is 250 units

Actual units sold in 2014 are 210 units.

Conversion cost per unit of capacity is $8,100

b.

To determine

To calculate: The amount and cost of unused selling and customer-service capacity.

Given information:

Selling and customer service capacity at starting of 2014 is 100 customers.

Selling and customer service capacity in 2014 is 80 customers.

Selling and customer service capacity cost per customer is $9,900.

2.

To determine

To calculate: The maximum amount of cost that S could save in 2014 by downsizing manufacturing capacity.

Given information:

Conversion cost per unit of capacity is $8,100.

Downsizing the manufacturing capacity by 30 units.

3.

To determine

To identify: The reason for not downsize the capacity.

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Answer 3

Question

Chapter 12, Problem 12.25E

1.

a.

To determine

To calculate: The amount and cost of unused manufacturing capacity.

Given information:

Actual units of capacity at starting of 2014 is 250 units

Actual units sold in 2014 are 210 units.

Conversion cost per unit of capacity is $8,100

b.

To determine

To calculate: The amount and cost of unused selling and customer-service capacity.

Given information:

Selling and customer service capacity at starting of 2014 is 100 customers.

Selling and customer service capacity in 2014 is 80 customers.

Selling and customer service capacity cost per customer is $9,900.

2.

To determine

To calculate: The maximum amount of cost that S could save in 2014 by downsizing manufacturing capacity.

Given information:

Conversion cost per unit of capacity is $8,100.

Downsizing the manufacturing capacity by 30 units.

3.

To determine

To identify: The reason for not downsize the capacity.

Expert Solution & Answer

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Answer 4

Question

Chapter 12, Problem 12.25E

1.

a.

To determine

To calculate: The amount and cost of unused manufacturing capacity.

Given information:

Actual units of capacity at starting of 2014 is 250 units

Actual units sold in 2014 are 210 units.

Conversion cost per unit of capacity is $8,100

b.

To determine

To calculate: The amount and cost of unused selling and customer-service capacity.

Given information:

Selling and customer service capacity at starting of 2014 is 100 customers.

Selling and customer service capacity in 2014 is 80 customers.

Selling and customer service capacity cost per customer is $9,900.

2.

To determine

To calculate: The maximum amount of cost that S could save in 2014 by downsizing manufacturing capacity.

Given information:

Conversion cost per unit of capacity is $8,100.

Downsizing the manufacturing capacity by 30 units.

3.

To determine

To identify: The reason for not downsize the capacity.

Expert Solution & Answer

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Answer 5

Chapter 12, Problem 12.25E

1.

a.

To determine

To calculate: The amount and cost of unused manufacturing capacity.

Given information:

Actual units of capacity at starting of 2014 is 250 units

Actual units sold in 2014 are 210 units.

Conversion cost per unit of capacity is $8,100

b.

To determine

To calculate: The amount and cost of unused selling and customer-service capacity.

Given information:

Selling and customer service capacity at starting of 2014 is 100 customers.

Selling and customer service capacity in 2014 is 80 customers.

Selling and customer service capacity cost per customer is $9,900.

2.

To determine

To calculate: The maximum amount of cost that S could save in 2014 by downsizing manufacturing capacity.

Given information:

Conversion cost per unit of capacity is $8,100.

Downsizing the manufacturing capacity by 30 units.

3.

To determine

To identify: The reason for not downsize the capacity.

Answer 6

Chapter 12, Problem 12.25E

1.

a.

To determine

To calculate: The amount and cost of unused manufacturing capacity.

Given information:

Actual units of capacity at starting of 2014 is 250 units

Actual units sold in 2014 are 210 units.

Conversion cost per unit of capacity is $8,100

Answer 7

Chapter 12, Problem 12.25E

1.

a.

To determine

To calculate: The amount and cost of unused manufacturing capacity.

Given information:

Actual units of capacity at starting of 2014 is 250 units

Actual units sold in 2014 are 210 units.

Conversion cost per unit of capacity is $8,100

Answer 8

b.

To determine

To calculate: The amount and cost of unused selling and customer-service capacity.

Given information:

Selling and customer service capacity at starting of 2014 is 100 customers.

Selling and customer service capacity in 2014 is 80 customers.

Selling and customer service capacity cost per customer is $9,900.

Answer 9

b.

To determine

To calculate: The amount and cost of unused selling and customer-service capacity.

Given information:

Selling and customer service capacity at starting of 2014 is 100 customers.

Selling and customer service capacity in 2014 is 80 customers.

Selling and customer service capacity cost per customer is $9,900.

Answer 10

2.

To determine

To calculate: The maximum amount of cost that S could save in 2014 by downsizing manufacturing capacity.

Given information:

Conversion cost per unit of capacity is $8,100.

Downsizing the manufacturing capacity by 30 units.

Answer 11

2.

To determine

To calculate: The maximum amount of cost that S could save in 2014 by downsizing manufacturing capacity.

Given information:

Conversion cost per unit of capacity is $8,100.

Downsizing the manufacturing capacity by 30 units.

Answer 12

3.

To determine

To identify: The reason for not downsize the capacity.

Answer 13

3.

To determine

To identify: The reason for not downsize the capacity.

Answer 14

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Answer 15

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Answer 16

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Answer 17

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The amount and cost of unused manufacturing capacity. Given information: Actual units of capacity at starting of 2014 is 250 units Actual units sold in 2014 are 210 units. Conversion cost per unit of capacity is $8,100

To calculate: The amount and cost of unused manufacturing capacity. Given information: Actual units of capacity at starting of 2014 is 250 units Actual units sold in 2014 are 210 units. Conversion cost per unit of capacity is $8,100

To calculate: The maximum amount of cost that S could save in 2014 by downsizing manufacturing capacity. Given information: Conversion cost per unit of capacity is $8,100. Downsizing the manufacturing capacity by 30 units.

To identify: The reason for not downsize the capacity.

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Chapter 12 Solutions

To calculate: The amount and cost of unused manufacturing capacity.

Given information:

Actual units of capacity at starting of 2014 is 250 units

Actual units sold in 2014 are 210 units.

Conversion cost per unit of capacity is $8,100

To calculate: The maximum amount of cost that S could save in 2014 by downsizing manufacturing capacity.

Given information:

Conversion cost per unit of capacity is $8,100.

Downsizing the manufacturing capacity by 30 units.