Answer:
Total cost= $10,890
Explanation:
<u>First, we need to calculate the predetermined overhead rate:</u>
Predetermined manufacturing overhead rate= total estimated overhead costs for the period/ total amount of allocation base
Predetermined manufacturing overhead rate= (404,200/94,000) + 4
Predetermined manufacturing overhead rate= $8.3 per direct labor hour
<u>Now, we can allocate overhead:</u>
Allocated MOH= Estimated manufacturing overhead rate* Actual amount of allocation base
Allocated MOH= 8.3*100= $830
<u>Finally, the total cost of Job P951:</u>
Total cost= 660 + 9,400 + 830
Total cost= $10,890
Answer:
D) Jack is in compliance with the provisions of the tax code, provided he retains the list for a 3-year period after the close of the return period in which the return was signed.
Explanation:
The Internal Revenue Service (IRS) requires tax return preparers to keep the following records;
- either maintain a complete copy of each tax return or claim for refund they have filed for 3 years after the return period, or
- maintain a list of the names, identification numbers, and tax years for those individuals or businesses whose tax returns were prepared and to keep this list for 3 years after the return period.
The tax preparer can choose the alternative that best suits hims or her.
Given:
marginal factor cost of 75 per day after hiring 2nd worker.
market wage is now 62.50 per day for both workers.
62.50 x 2 workers = 125
125 - 75 marginal factor cost = 50
The first employee earns 50 per day when she worked alone.
Answer:
$94,500
Explanation:
Given the attached chart and table, we have
Purchased cost of cast-steel centrifugal pump that requires 100kw of power = $45,000
Cost if pump is made of 316 stainless steel = 2.1 * 45,000 = $94,500
Note: see the attached images.
Hope this helps!
Answer:
b. False
Explanation:
It is the opposite, when several systems operate in parallel, total system capacity is the lowest value of the individual system capacities.
For e.g., sectors A, B and C operate in parallel. Sector A can handle 100 units per hour, sector B can handle 150 units per hour and sector C can handle 75 units per hour. The system's capacity is 75 units per hour. If you want to operate at 100 units per hour, a queue will in sector C.
