Elevated Expectations Company projected the following overhead costs and cost drivers for past year (assume that actual overhead and budgeted overhead were the same):
Overhead Item |
Expected Costs |
Cost Driver |
Expected Quantity |
Setup costs |
$12,150 |
Number of setups |
50 |
Ordering costs |
4,050 |
Number of orders |
30 |
Maintenance |
17,400 |
Machine-hours |
600 |
Power |
3,000 |
Kilowatt-hours |
600 |
Direct Labor Hours |
500 |
Elevated Expectations contracted for 2 jobs, both of which were completed during the year. Production managers reported the following data in relation to these jobs:
Job 1 |
Job 2 |
|
Direct materials |
$19,000 |
$14,000 |
Direct labor |
$14,000 |
$7,000 |
Direct labor-hours |
280 |
120 |
Number of setups |
15 |
14 |
Number of orders |
17 |
8 |
Machine-hours |
200 |
120 |
Kilowatt-hours |
300 |
150 |
NOTE: Round per-cost-driver costs in intermediate calculations to two decimal places.
What is the amount of under- or over-applied overhead for the year?
Select one or more:
a. Over-Applied $14,618
b. Under-Applied $14,648
c. Under-Applied $21,882
d. Over-Applied $21,682
Overhead Item | Expected costs | Cost Driver rate | |
Setup costs | 12150 | 243 | =12150/50 |
Ordering costs | 4050 | 135 | =4050/30 |
Maintenance | 17400 | 29 | =17400/600 |
Power | 3000 | 5 | =3000/600 |
Total | 36600 | ||
Job 1 | Job 2 | Total | |
Setup costs | 3645 | 3402 | |
Ordering costs | 2295 | 1080 | |
Maintenance | 5800 | 3480 | |
Power | 1500 | 750 | |
Total | 13240 | 8712 | 21952 |
Job 1 | Job 2 | ||
Setup costs | =15*243 | =14*243 | |
Ordering costs | =17*135 | =8*135 | |
Maintenance | =200*29 | =120*29 | |
Power | =300*5 | =150*5 | |
Under-Applied overhead | 14648 | =36600-21952 | |
Option B Under-Applied $14,648 is correct |
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