Answer:
$205,000
Explanation:
The above is an incomplete question as we were not given actual direct labor hours. From a similar question, I picked 5,000 as the direct labor hours .
With regards to the above information, applied overhead is computed as;
Applied overhead = Overhead rate × Actual direct labor hour
Given that;
Overhead rate = $41
Actual direct labor hour = 5,000
Therefore,
Applied overhead = $41 × 5,000 = $205,000
Answer:
$71,910
Explanation:
The computation of the total amount of the product cost for 4,700 units is shown below:
= ( Direct materials per unit + Direct labor per unit + Variable manufacturing overhead per unit + Fixed manufacturing overhead per unit) × making units
= ($6.10 + $3.60 + $1.70 + $3.90) × 4,700 units
= $71,910
We simply considered the direct material, direct labor, variable manufacturing overhead, and the fixed manufacturing overhead as it comes under the product cost
Answer:
1.Consumption ratios for the four drivers in relation to both the cards will be consumption for a particular card/total consumption for both the cards which will be as follows :-
Scented cards Regular cards Inspection hours 100/190=0.53 90/190=0.47 Set up hours 90/120=0.75 30/120=0.25 Machine hours 170/800=0.21 630/800=0.79 Number of moves 210/265=0.79 55/265=0.21
2 .There has been diversification of different activities or drivers among both the products, thus increasing significance of activity Based distribution of overheads. Since if we use blanket rate for allocation of overhead on the basis of machine hours, it will certainly leads to a distorted view as machine hours are significantly higher in case of regular cards whereas consumption of other resources is comparatively lower for it. This, in such a situation its significance certainly gets increased.
3. Activity rates which could be used to assign cost to each product will be calculated as Total cost for the driver/number of units of that driver. It is calculated in the table as follows :-
(A) ( B ) number of units (C=A=B) cost per unit Driver/activity total (hours) of (hour) of cost driver/activity driver/activity
Total cost for the driver/number of units of that driver. It is calculated in the table as follows :-
Driver/activity (A) total cost ( B ) number of units (hours) of driver/activity (C=A=B) cost per unit (hour) of driver/activity Inspecting products 4930 190 (100+90) 25.95 Setting up equipment 4700 120 (90+30) 39.17 Machining 6500 800 (170+630) 8.13 Moving material 1370 265 (210+55) 5.17
4 . We have total inspection cost as 4930 And activity rate for inspecting product is $20per inspecting hour This total inspecting hours will be = 4930/20=246.5 hours Thus total inspection hours would be 246.5.
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Answer:
The correct answer to the following question is option A) $0
Explanation:
Given information -
House bought 15 years ago by Jerry at - $60,000
Jerry and her wife Debbie sold the house for - $340,000
The realized gain for Jerry and Debbie on the sale of house - $280,000 ( $340,000 - $60,000 )
Jerry and Debbie wants to file joint tax return , and they are allowed an exclusion up to $500,000. Which means if the amount of gain doesn't exceed $500,000, then they won't have to pay tax on this gain.
