Question 4:
Eric Co. uses machine hours to apply standard overhead cost to production. The following data pertain to October:
Master budget data: |
||||
Units |
2,500 |
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Total machine hours (denominator volume) |
100,000 |
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Total variable overhead cost |
$ |
250,000 |
||
Total fixed overhead cost |
$ |
50,000 |
||
Actual operating results: |
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Variable overhead cost incurred |
$ |
265,000 |
||
Fixed overhead cost incurred |
$ |
54,000 |
||
Units manufactured |
2,250 |
|||
Total machine hours |
96,000 |
|||
Required: Compute the following variances using machine hours as the activity variable used to assign standard overhead costs to production. Show calculations, indicate favorable / unfavorable, and provide a short description (i.e., interpretation) of each of the variances.
1. Variable overhead spending variance
2. Variable overhead efficiency variance
3. Fixed overhead spending variance
4. Fixed overhead production-volume variance.
Please explain and show work. Will rate.
Solution 1 & 2:
Standard machine hours per unit = 100,000/2500 = 40 hours
Standard rate of variable overhead = $250,000 / 100000 = $2.50 per machine hour
Standard hours of actual production = 2250*40 = 90000 hours
Actual rate of variable overhead = $265,000 /96000 = $2.76041666
Variable overhead spending variance = (SR - AR) * AH = ($2.50 - $2.76041666) * 96000 = $25,000 U
Variable overhead efficiency variance = (SH - AH) * SR = (90000- 96000) * $2.50 = $15,000 U
Solution 3&4:
Budgeted fixed overhead = $50,000
Actual fixed overhead = $54,000
Fixed overhead rate = $50,000 / 100000 = $0.50 per machine hour
Fixed overhead applied = 90000 * $0.50 = $45,000
Fixed overhead spending variance = Budgeted fixed overhead - Actual fixed overhead = $50,000 - $54,000 = $4,000 U
Fixed overhead volume variance = Fixed overhead applied - Budgeted fixed overhead = $45,000 - $50,000 = $5,000 U
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