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Introduction to Managerial Accounting 8th Edition by Peter Brewer test bank

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Bloom's:  Apply
AACSB:  Analytical Thinking
AICPA:  BB Critical Thinking; FN Measurement
 

 
239) Oerther Corporation reports that at an activity level of 5,000 units, its total variable cost is $131,750 and its total fixed cost is $31,200.
 
What would be the total variable cost at an activity level of 5,200 units? Assume that this level of activity is within the relevant range. (Round intermediate calculations to 2 decimal places.)
A) $137,020
B) $131,750
C) $162,950
D) $32,448
 
Answer:  A
Explanation:  Variable cost per unit = Total variable cost ÷ Total activity
= $131,750 ÷ 5,000 units
= $26.35 per unit
 
Total variable cost = Variable cost per unit × Total activity
= $26.35 per unit × 5,200 units
= $137,020
Difficulty: 1 Easy
Topic:  Cost Classifications for Predicting Cost Behavior
Learning Objective:  01-04 Understand cost classifications used to predict cost behavior: variable costs, fixed costs, and mixed costs.
Bloom's:  Apply
AACSB:  Analytical Thinking
AICPA:  BB Critical Thinking; FN Measurement
 

 
240) Oerther Corporation reports that at an activity level of 5,000 units, its total variable cost is $131,750 and its total fixed cost is $31,200.
 
What would be the average fixed cost per unit at an activity level of 5,200 units? Assume that this level of activity is within the relevant range.
A) $6.24
B) $6.00
C) $14.94
D) $32.59
 
Answer:  B
Explanation:  Average fixed cost per unit = Total fixed cost ÷ Total activity
= $31,200 ÷ 5,200 units
= $6.00 per unit
Difficulty: 1 Easy
Topic:  Cost Classifications for Predicting Cost Behavior
Learning Objective:  01-04 Understand cost classifications used to predict cost behavior: variable costs, fixed costs, and mixed costs.
Bloom's:  Apply
AACSB:  Analytical Thinking
AICPA:  BB Critical Thinking; FN Measurement
 

 
241) At an activity level of 9,000 machine-hours in a month, Moffatt Corporation's total variable maintenance cost is $390,240 and its total fixed maintenance cost is $368,280.
 
What would be the total variable maintenance cost at an activity level of 9,300 machine-hours in a month? Assume that this level of activity is within the relevant range. (Round intermediate calculations to 2 decimal places.)
A) $758,520
B) $403,248
C) $390,240
D) $380,556
 
Answer:  B
Explanation: 
Variable maintenance cost per unit = Total variable maintenance cost ÷ Total activity
= $390,240 ÷ 9,000 machine-hours
 
Total variable maintenance cost = Variable maintenance cost per unit × Total activity
= $43.36 per machine-hour × 9,300 machine-hours
= $403,248
Difficulty: 1 Easy
Topic:  Cost Classifications for Predicting Cost Behavior
Learning Objective:  01-04 Understand cost classifications used to predict cost behavior: variable costs, fixed costs, and mixed costs.
Bloom's:  Apply
AACSB:  Analytical Thinking
AICPA:  BB Critical Thinking; FN Measurement
 

 
242) At an activity level of 9,000 machine-hours in a month, Moffatt Corporation's total variable maintenance cost is $390,240 and its total fixed maintenance cost is $368,280.
 
What would be the average fixed maintenance cost per unit at an activity level of 9,300 machine-hours in a month? Assume that this level of activity is within the relevant range.
A) $40.92
B) $84.28
C) $39.60
D) $54.93
 
Answer:  C
Explanation:  Average fixed maintenance cost = Total fixed maintenance cost ÷ Total activity = $368,280 ÷ 9,300 machine-hours = $39.60 per machine-hour
Difficulty: 1 Easy
Topic:  Cost Classifications for Predicting Cost Behavior
Learning Objective:  01-04 Understand cost classifications used to predict cost behavior: variable costs, fixed costs, and mixed costs.
Bloom's:  Apply
AACSB:  Analytical Thinking
AICPA:  BB Critical Thinking; FN Measurement
 
243) At a sales volume of 40,000 units, Lonnie Company's total fixed costs are $40,000 and total variable costs are $60,000. The relevant range is 30,000 to 50,000 units.
 
If Lonnie were to sell 42,000 units, the total expected cost would be:
A) $105,000
B) $100,000
C) $103,000
D) $102,000
 
Answer:  C
Explanation: 
Variable cost per unit = Total variable cost ÷ Units = $60,000 ÷ 40,000 = $1.50 per unit

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