In: Accounting
Samuel Thomas is a cost accountant and business analyst for Dashing Design Company? (DDC), which manufactures expensive brass doorknobs. DDC uses two direct cost? categories: direct materials and direct manufacturing labor. Thomas feels that manufacturing overhead is most closely related to material usage.? Therefore, DDC allocates manufacturing overhead to production based upon pounds of materials used.
At the beginning of 2014?, DC budgeted annual production of 450,000 doorknobs and adopted the following standards for each? doorknob:
Input |
Cost/Doorknob |
|
Direct materials (brass) |
0.3 lbs. @ $11/lb. |
$3.30 |
Direct manufacturing labor |
1.2 hours @ $18/hour |
21.60 |
Manufacturing overhead: |
||
Variable |
$5/lb x 0.3 lb. |
1.50 |
Fixed |
$14/lb. x 0.3 lb. |
4.20 |
Standard cost per doorknob |
$30.60 |
Actual results for April 2014 were as? follows:
Production |
29,000 doorknobs |
Direct materials purchased |
12,300 lbs. at $12/lb. |
Direct materials used |
8,500 lbs. |
Direct manufacturing labor |
29,300 hours for $615,300 |
Variable manufacturing overhead |
$64,700 |
Fixed manufacturing overhead |
$160,000 |
Requirements:
a. Direct materials price variance? (based on? purchases)
b. Direct materials efficiency variance
c. Direct manufacturing labor price variance
d. Direct manufacturing labor efficiency variance
e. Variable manufacturing overhead spending variance
f. Variable manufacturing overhead efficiency variance
g. ?Production-volume variance
h. Fixed manufacturing overhead spending variance
Budgeted 450000 | SQ | SR | Standard Unit Cost |
Direct Material | 0.3 | 11 | 3.3 |
Direct Labor | 1.2 | 18 | 21.6 |
Variable OVH | 0.3 | 5 | 1.5 |
Fixed OVH | 0.3 | 14 | 4.2 |
Total Standard Cost | 30.6 | ||
Actual: Unit produced and sold 29000 | |||
Direct Material | 8500 | 12 | 102000 |
Direct Material Purchased | 12300 | 12 | 147600 |
Direct Labor | 29300 | 21.00 | 615300 |
Variable OVH | 8500 | 7.61 | 64700 |
Fixed OVH | 8500 | 18.82 | 160000 |
Direct Material Variance: | |||
Material Efficiency Variance | (SQ-AQ)*SR | ((0.3*29000)-12300)*11 | 39600 U |
Material Price Variance | (SP-AP)*AQ | (11-12)*12300 | 12300 U |
Direct Labor Variance: | |||
Labor Efficiency Variance | (SQ-AQ)*SR | ((1.2*29000)-29300)*18 | 99000 F |
Labor Price Variance | (SP-AP)*AQ | (21-18)*29300 | 87900 U |
Variable OVH Variance: | |||
Labor Efficiency Variance | (SQ-AQ)*SR | ((0.3*29000)-12300)*5 | 18000 U |
Labor Price Variance | (SP-AP)*AQ | (5-7.61)*12300 | 32103 U |
Fixed OVH Variance: | |||
Fixed Overhead Volume Variance | Standard Overhead-Budgeted Overhead | 121800-157500 | 35700 F |
Fixed Overhead Spending Variance | Budgeted Overhead-Actual oVerhead | 157500-160000 | 2500 U |
Budgeted Overhead | (450000*4.2)/12=157500 | ||
Standard Overhead | 0.3*29000*14=121800 | ||
Production Volume Variance | (Acutal Units-Budgeted Units)*Budgeted Overhead rate | ||
(29000-450000/12)*4.2 | |||
(29000-37500)*4.2 | |||
35700 U | |||
An excessive quantity of production is considered to be a favorable variance, while an unfavorable variance is when fewer units are produced than expected. |