Cost and Management Accounting · Topic 14

Relevant Cost Analysis Quiz

Work through 25 multiple-choice questions, one at a time. Submit each answer for feedback. At the end, review your score and see which concepts to revisit.

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1. Incremental order benefit from order revenue, variable costs and setup costs. What is the result using 1,000, 200, 80 in that order? Round to two decimals if needed.
2. Relevant making cost from total and unavoidable costs. What is the result using 1,100, 212 in that order? Round to two decimals if needed.
3. Closure benefit from avoidable fixed cost and lost contribution. What is the result using 1,200, 224 in that order? Round to two decimals if needed.
4. Contribution per bottleneck hour from contribution and hours. What is the result using 1,300, 236 in that order? Round to two decimals if needed.
5. Further-processing benefit from additional revenue and costs. What is the result using 1,400, 248 in that order? Round to two decimals if needed.
6. Incremental order benefit from order revenue, variable costs and setup costs. What is the result using 1,240, 224, 88 in that order? Round to two decimals if needed.
7. Relevant making cost from total and unavoidable costs. What is the result using 1,340, 236 in that order? Round to two decimals if needed.
8. Closure benefit from avoidable fixed cost and lost contribution. What is the result using 1,440, 248 in that order? Round to two decimals if needed.
9. Contribution per bottleneck hour from contribution and hours. What is the result using 1,540, 260 in that order? Round to two decimals if needed.
10. Further-processing benefit from additional revenue and costs. What is the result using 1,640, 272 in that order? Round to two decimals if needed.
11. Incremental order benefit from order revenue, variable costs and setup costs. What is the result using 1,480, 248, 96 in that order? Round to two decimals if needed.
12. Relevant making cost from total and unavoidable costs. What is the result using 1,580, 260 in that order? Round to two decimals if needed.
13. Closure benefit from avoidable fixed cost and lost contribution. What is the result using 1,680, 272 in that order? Round to two decimals if needed.
14. Contribution per bottleneck hour from contribution and hours. What is the result using 1,780, 284 in that order? Round to two decimals if needed.
15. Further-processing benefit from additional revenue and costs. What is the result using 1,880, 296 in that order? Round to two decimals if needed.
16. Incremental order benefit from order revenue, variable costs and setup costs. What is the result using 1,720, 272, 104 in that order? Round to two decimals if needed.
17. Relevant making cost from total and unavoidable costs. What is the result using 1,820, 284 in that order? Round to two decimals if needed.
18. Closure benefit from avoidable fixed cost and lost contribution. What is the result using 1,920, 296 in that order? Round to two decimals if needed.
19. Contribution per bottleneck hour from contribution and hours. What is the result using 2,020, 308 in that order? Round to two decimals if needed.
20. Further-processing benefit from additional revenue and costs. What is the result using 2,120, 320 in that order? Round to two decimals if needed.
21. Incremental order benefit from order revenue, variable costs and setup costs. What is the result using 1,960, 296, 112 in that order? Round to two decimals if needed.
22. Relevant making cost from total and unavoidable costs. What is the result using 2,060, 308 in that order? Round to two decimals if needed.
23. Closure benefit from avoidable fixed cost and lost contribution. What is the result using 2,160, 320 in that order? Round to two decimals if needed.
24. Contribution per bottleneck hour from contribution and hours. What is the result using 2,260, 332 in that order? Round to two decimals if needed.
25. Further-processing benefit from additional revenue and costs. What is the result using 2,360, 344 in that order? Round to two decimals if needed.
Show the answer key
  1. 720 Using the inputs in the order shown, 1,000-200-80 gives 720.
  2. 888 Using the inputs in the order shown, 1,100-212 gives 888.
  3. 976 Using the inputs in the order shown, 1,200-224 gives 976.
  4. 5.51 Using the inputs in the order shown, 1,300/236 gives 5.51.
  5. 1,152 Using the inputs in the order shown, 1,400-248 gives 1,152.
  6. 928 Using the inputs in the order shown, 1,240-224-88 gives 928.
  7. 1,104 Using the inputs in the order shown, 1,340-236 gives 1,104.
  8. 1,192 Using the inputs in the order shown, 1,440-248 gives 1,192.
  9. 5.92 Using the inputs in the order shown, 1,540/260 gives 5.92.
  10. 1,368 Using the inputs in the order shown, 1,640-272 gives 1,368.
  11. 1,136 Using the inputs in the order shown, 1,480-248-96 gives 1,136.
  12. 1,320 Using the inputs in the order shown, 1,580-260 gives 1,320.
  13. 1,408 Using the inputs in the order shown, 1,680-272 gives 1,408.
  14. 6.27 Using the inputs in the order shown, 1,780/284 gives 6.27.
  15. 1,584 Using the inputs in the order shown, 1,880-296 gives 1,584.
  16. 1,344 Using the inputs in the order shown, 1,720-272-104 gives 1,344.
  17. 1,536 Using the inputs in the order shown, 1,820-284 gives 1,536.
  18. 1,624 Using the inputs in the order shown, 1,920-296 gives 1,624.
  19. 6.56 Using the inputs in the order shown, 2,020/308 gives 6.56.
  20. 1,800 Using the inputs in the order shown, 2,120-320 gives 1,800.
  21. 1,552 Using the inputs in the order shown, 1,960-296-112 gives 1,552.
  22. 1,752 Using the inputs in the order shown, 2,060-308 gives 1,752.
  23. 1,840 Using the inputs in the order shown, 2,160-320 gives 1,840.
  24. 6.81 Using the inputs in the order shown, 2,260/332 gives 6.81.
  25. 2,016 Using the inputs in the order shown, 2,360-344 gives 2,016.