Calculating and Using Dual Charging Rates
The expected costs for the Maintenance Department of Stazler, Inc., for the coming year include:
Fixed costs (salaries, tools): $67,405 per year |
Variable costs (supplies): $1.45 per maintenance hour |
The Assembly and Packaging departments expect to use maintenance hours relatively evenly throughout the year. The Fabricating Department typically uses more maintenance hours in the month of November. Estimated usage in hours for the year and for the peak month is as follows:
Yearly hours |
Monthly Peak Hours |
|||
Assembly Department | 4,900 | 250 | ||
Fabricating Department | 6,300 | 1,500 | ||
Packaging Department | 10,900 | 750 | ||
Total maintenance hours | 22,100 | 2,500 |
Actual usage for the year by:
Assembly Department | 3,750 |
Fabricating Department | 6,400 |
Packaging Department | 10,100 |
Total maintenance hours | 20,250 |
Required:
1. Calculate a variable rate for the
Maintenance Department. Round your answer to the nearest
cent.
$ per maintenance hour
Calculate the allocated fixed cost for each using department based on its budgeted peak month usage in maintenance hours. Round your answers to the nearest dollar.
Department | Peak Number of Hours | Allocated Fixed Cost |
Assembly | $ | |
Fabricating | ||
Packaging | ||
Total | $ |
2. Use the two rates to assign the costs of the Maintenance Department to the user departments based on actual usage. Calculate the total amount charged for maintenance for the year. Round your answers to the nearest dollar.
Assembly | $ |
Fabricating | |
Packaging | |
Total | $ |
3. What if the Assembly Department used 3,800 maintenance hours in the year? How much would have been charged out to the three departments? Round your answers to the nearest dollar.
Assembly | $ |
Fabricating | |
Packaging | |
Total | $ |
Feedback
1. Variable rate is based on budgeted usage. See Cornerstone 7.2 for an example of how to calculate the allocated fixed cost for each department.
2. Fixed support department costs are allocated on the basis of original capacity. See Cornerstone 7.2.
3. Calculate as in Requirement 2 and change the Assembly Department's usage to 3,800.
Needs Instructor Grading.Check My Work
1) | ||
variable rate ( Given) = $ 1.45 per maintenance hour |
DEPARTMENTS | PEAKS NO. OF HOURS | ALLOCATED FIXED COST |
Assembly | 250 hours | $ 6,741 |
Fabricating | 1500 hours | $40,443 |
Packaging | 750 hours | $20,221 |
Total | 2500 hours | $ 67,405 |
2)
DEPARTMENTS | |
Assembly | $ 12,179 |
Fabricating | $ 49,723 |
Packaging | $ 34,866 |
Total | $ 96,768 |
3)
DEPARTMENTS | |
Assembly | $ 12,251 |
Fabricating | $ 49,723 |
Packaging | $ 34,866 |
Total | $96,840 |
ALL EXPLANATION IS GIVEN BELOW :
1) | |||||
variable rate ( Given) = $ 1.45 per maintenance hour | |||||
calculate the allocated fixed cost for each department : | |||||
DEPARTMENTS | PEAKS NO. OF HOURS | PERCENTAGE(%) | BUDGETED FIXED COST | ALLOCATED FIXED COST | |
Assembly | 250 hours | 10% {250/2500} | $ 67,405 (given) | $ 6,741 {67405*10%} | |
Fabricating | 1500 hours | 60% {1500/2500} | $ 67,405 (given) | $40,443 {67405*60%} | |
Packaging | 750 hours | 30% {750/2500} | $ 67,405 (given) | $20,221 {67405*30%} | |
Total | 2500 hours | 100% | $ 67,405 | ||
2) calculate the total amount charged for maintenance for the year:. | |||||
DEPARTMENTS | ACTUAL HOURS | VARIABLE RATE | VARIABLE AMOUNT | FIXED AMOUNT | TOTAL (both variable& fixed) |
Assembly | 3750 hours | $ 1.45 | $ 5,437.5 {3750*$1.45 } | $ 6,741 | $ 12,179 |
Fabricating | 6400 hours | $ 1.45 | $9,280 {6400*$1.45] | $ 40,443 | $ 49,723 |
Packaging | 10,100 hours | $ 1.45 | $14,645 {10100*$1.45} | $ 20,221 | $ 34,866 |
Total | 20,250 hours | $ 29,363 | $67,405 | $ 96,768 | |
3)calculate the amount charged to each departments if assembly department used 3,800 hours: | |||||
DEPARTMENTS | ACTUAL HOURS | VARIABLE RATE | VARIABLE AMOUNT | FIXED AMOUNT | TOTAL (both variable& fixed) |
Assembly | 3800 hours | $ 1.45 | $ 5,510 {3800*$1.45 } | $ 6,741 | $ 12,251 |
Fabricating | 6400 hours | $ 1.45 | $9,280 {6400*$1.45] | $ 40,443 | $ 49,723 |
Packaging | 10,100 hours | $ 1.45 | $14,645 {10100*$1.45} | $ 20,221 | $ 34,866 |
Total | 20,250 hours | $ 29,435 | $67,405 | $96,840 |
Get Answers For Free
Most questions answered within 1 hours.