Drain Water Disposal Company has a long-term contract with several large cities to collect garbage and trash from residential customers. To facilitate the collection, Drain places a large plastic container with each household. Several years ago, the company decided to manufacture its own containers as a cost-saving measure. To help ensure cost efficiency, a standard cost system was Installed in the plant. The following standards have been established for the product's variable inputs.

1. Material Variance:
a.
| (1) | (2) | (3) |
| SQSP | AQSP | AQAP |
|
(6,000*12) * 3.5 =252,000 |
69,000* 3.5 = 241,500 |
69000* 3.55 =244,950 |
SQ= 6000*12 = 72,000
(i). Material Price Variance (2-3) = 241,500 - 244,950 = $3,450 (A)
(ii). Material Usuage Variance(1-2) = 252,000 - 241,500 = $10,500 (F)
(iii). Material Cost Variance (1-3) = 252,000 - 244,950 = $7050 (F)
2. Labour Variance:
| (1) | (2) | (3) |
| SRSH | SRAH | ARAH |
|
(6000*1.70) * 11 =10,200*11 = 112,200 |
10,800* 11 =118,800 |
$118,800 |
(i). Direct Labor Price (2-3) = 118,800 - 118,800 = 0
(ii). Direct Quantity Variance (1-2) = 112,200 - 118,800 = $6,600 (A)
(iii). Direct Cost Variance (1-3) = 112,200 - 118,800 = $6,600 (A)
3. Total overhead Variance -
Total Actual Cost - Total Standard Cost
= Total Actual Cost = Total Actual Fixed Overhead + Total Actual Variable Overhead
= $29,700 + $27,000 = $56,700
Total Standard Cost = Total Applied Variable Overhead + Total Applied Fixed Overhead
= $30,600 + $20,400 = $51,000
Total Overhead Variance = $56,700 - $51,000 = $5,700
Drain Water Disposal Company has a long-term contract with several large cities to collect garbage and trash from residential customers