Answer:
(B) $5,000 favorable.
Explanation:
Variable cost flexible budget variance:
budget for 6,000 units total variable cost: $180,000
We divide the total cost by the activity in that budget:
$180,000/ 6,000 = 30
Now we multiply by the actual volume:
5,000 x 30 = 150,000
Now we do flexible budget - actual cost = variance
150,000 - 145,000 = 5,000 favorable
It is favorable, as the cost where less than expected.
Answer:
The correct answer is A. It uses separate predetermined overhead allocation rates for each activity.
Explanation:
he ABC cost model allocates and distributes indirect costs according to the activities carried out in the process of manufacturing the product or service, identifying the origin of the cost with the necessary activity, not only for production but also for distribution and sale; The activity is understood as the set of actions that aims to incorporate added value to the product through the manufacturing process. Complementing the definition of activity, it should be mentioned that the ABC Model is based on the fact that products and services consume activities, and these in turn are the ones that generate costs.
Answer:
$18,000
Explanation:
Sunk costs refers to a cost that has been expended and cannot be recovered or recouped.
With regards to the above, $18,000 was expended concord by corporations to purchase computers hence cannot be recovered. Therefore, it is a sunk cost.
Answer and Explanation:
The computation is shown below:
1.
Direct Material Price Variance = Actual material cost - Actual Quantity × Standard Price
For Silver
= $13848 - 577 × 23
= $577 (U)
For Crystal
= $2926 - 7700 × 0.40
= $154 (F)
Direct Material Quantity Variance = (Actual Quantity - Standard Quantity) × Standard Price
For Silver
= (577 - 1530 × 0.40) × 23
= $805 (F)
For Crystal
= (7700 - 1530 × 5) × 0.40
= $20 (U)
2.
Direct Labor Rate Variance = Actual Cost - Actual Hours × Standard Rate
= $36915 - 3210 × 12
= $1605 (F)
And,
Direct Labor efficiency Variance = (Actual hours - Standard hours) × Standard Rate
= (3210 - 1530 × 2) × 12
= $1800 (U)
