Answer:
The probability of each outcome
Explanation:
The probability of an event Bis the number of ways event B can occur divided by the total number of possible outcomes. Also it describes the probability of an event taking place and the chance that the event will occur as a result of an experiment carrier out.
Answer:
B.) $11.90
Explanation:
Predetermined manufacturing overhead rate are based on the estimates made by the company.
So the calculation should be:
Estimated MOH of $238,000<em> divided by</em> Estimated Machine Hours of 20,000.
Giving us the result of $11.90
(238,000 / 20,000 = 11.90)
Answer:
See explanations below.
Explanation:
1. Yes. Overhead should be applied to job W at year-end. Overhead is applied to every jobs whether or not they are completed at year end.
b. To calculate the amount of overhead to be applied to job W, we need to calculate first the overhead application rate based on direct labor cost through job V.
Direct labor cost. $8,000
Overhead applied $6,000
Overhead rate = [ Overhead applied / Direct labor cost ] × 100
= [6,000/8,000] × 100
= 75%
Overhead to be applied to job W
Direct labor cost $4,000
Overhead rate 75%
Overhead to be applied = $3,000
It therefore means that $3,000 should be applied to job W.
2. Because job W was not completed at the year end, it would then be included in the work in process inventory in the financial statements of Sigma Corporation at year end.
Answer:
Variable overhead rate variance = $2,870 favorable
Explanation:
Variable overhead rate variance is the difference between the standard cost allowed for variable production overhead and the actual variable cost incurred.
This computed as follows:
$
17,130 hours should have cost ( 17,130 ×7.20) 123336
but did cost <u>120,466</u>
Variable overhead rate variance <u> 2870
</u> Favorable
Variable overhead rate variance = $2,870
