In: Accounting
Trico Company set the following standard unit costs for its
single product.
| Direct materials (30 Ibs. @ $4.40 per Ib.) | $ | 132.00 | 
| Direct labor (6 hrs. @ $14 per hr.) | 84.00 | |
| Factory overhead—variable (6 hrs. @ $8 per hr.) | 48.00 | |
| Factory overhead—fixed (6 hrs. @ $11 per hr.) | 66.00 | |
| Total standard cost | $ | 330.00 | 
The predetermined overhead rate is based on a planned operating
volume of 80% of the productive capacity of 60,000 units per
quarter. The following flexible budget information is
available.
| Operating Levels | ||||||
| 70% | 80% | 90% | ||||
| Production in units | 42,000 | 48,000 | 54,000 | |||
| Standard direct labor hours | 252,000 | 288,000 | 324,000 | |||
| Budgeted overhead | ||||||
| Fixed factory overhead | $ | 3,168,000 | $ | 3,168,000 | $ | 3,168,000 | 
| Variable factory overhead | $ | 2,016,000 | $ | 2,304,000 | $ | 2,592,000 | 
During the current quarter, the company operated at 90% of capacity
and produced 54,000 units of product; actual direct labor totaled
265,000 hours. Units produced were assigned the following standard
costs.
| Direct materials (1,620,000 Ibs. @ $4.40 per Ib.) | $ | 7,128,000 | 
| Direct labor (324,000 hrs. @ $14 per hr.) | 4,536,000 | |
| Factory overhead (324,000 hrs. @ $19 per hr.) | 6,156,000 | |
| Total standard cost | $ | 17,820,000 | 
Actual costs incurred during the current quarter follow.
| Direct materials (1,339,000 Ibs. @ $6.20 per lb.) | $ | 8,301,800 | 
| Direct labor (265,000 hrs. @ $12.00 per hr.) | 3,180,000 | |
| Fixed factory overhead costs | 2,442,900 | |
| Variable factory overhead costs | 2,736,900 | |
| Total actual costs | $ | 16,661,600 | 
Problem 21-4A Computation of materials, labor, and overhead variances LO P2, P3
Required:
1. Compute the direct materials cost variance,
including its price and quantity variances.
AQ = Actual Quantity
SQ = Standard Quantity
AP = Actual Price
SP = Standard Price
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2. Compute the direct labor cost variance,
including its rate and efficiency variances.
AH = Actual Hours
SH = Standard Hours
AR = Actual Rate
SR = Standard Rate
| Actual Cost | Standard Cost | |||||||||
| $0 | 0 | $0 | ||||||||
| $0 | ||||||||||
| 0 | ||||||||||
3. Compute the overhead controllable and volume variances.
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| 
 Actual Cost  | 
 Standard cost for actual quantity purchased  | 
 Standard Cost  | 
||||||||
| 
 AQ  | 
 AP  | 
 Cost  | 
 AQ  | 
 SP  | 
 Cost  | 
 SQ  | 
 SP  | 
 Cost  | 
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| 
 1,339,000  | 
 $ 6.20  | 
 $ 8,301,800.00 (A)  | 
 1,339,000  | 
 $ 4.40  | 
 $ 5,891,600.00 (B)  | 
 1,620,000  | 
 $ 4.40  | 
 $ 7,128,000.00 (C)  | 
||
| 
 Material Price Variance  | 
 $ 2,410,200.00  | 
 Material Quantity Variance  | 
 $ 1,236,400.00  | 
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| 
 Unfavourable [A – B]  | 
 Favourable [C – B]  | 
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| 
 Material Price Variance  | 
 $ 2,410,200.00  | 
 Unfavourable (1)  | 
||||||||
| 
 Material Quantity Variance  | 
 $ 1,236,400.00  | 
 Favourable (2)  | 
||||||||
| 
 Material Cost Variance  | 
 $ 1,173,800.00  | 
 Unfavourable (1 + 2)  | 
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| 
 Actual Cost  | 
 Standard cost for actual quantity purchased  | 
 Standard Cost  | 
||||||||
| 
 AH  | 
 AR  | 
 Cost  | 
 AH  | 
 SR  | 
 Cost  | 
 SH  | 
 SR  | 
 Cost  | 
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| 
 265,000  | 
 $ 12.00  | 
 $ 3,180,000.00 [A]  | 
 265,000  | 
 $ 14.00  | 
 $ 3,710,000.00 [B]  | 
 324,000  | 
 $ 14.00  | 
 $ 4,536,000.00 [C]  | 
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| 
 Labor Rate Variance  | 
 $ 530,000.00 [B – A]  | 
 Labor Efficiency Variance  | 
 $ 826,000.00 [C – B]  | 
|||||||
| 
 Favourable  | 
 Favourable  | 
|||||||||
| 
 Labor Rate Variance  | 
 $ 530,000.00  | 
 Favourable [1]  | 
||||||||
| 
 Labor Efficiency Variance  | 
 $ 826,000.00  | 
 Favourable [2]  | 
||||||||
| 
 Labor Cost Variance  | 
 $ 1,356,000.00  | 
 Favourable [ 1+2]  | 
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| 
 Actual Overhead:  | 
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| 
 Variable (given)  | 
 $ 2,736,900.00  | 
|
| 
 Fixed (given)  | 
 $ 2,442,900.00  | 
|
| 
 Total Actual Overhead (A)  | 
 $ 5,179,800.00  | 
|
| 
 Budgeted Overhead:  | 
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| 
 Variable [54,000 units x 6hr per unit x $ 8 per hour]  | 
 $ 2,592,000.00  | 
|
| 
 Fixed [given at all level same]  | 
 $ 3,168,000.00  | 
|
| 
 Total Budgeted Overhead (B)  | 
 $ 5,760,000.00  | 
|
| 
 Controllable Variance (B – A)  | 
 $ 580,200.00 Favourable  | 
|