Answer:
The best transfer price to avoid transfer price problems is $2,310
Explanation:
Transfer Price = Variable cost + Fixed Fee
Variable Cost = Direct Material + Direct labor + Variable Overhead
= 600 + 1,200 + 300
= 2,100
Transfer Price = Variable cost + Fixed Fee
= 2,100 + 210
= $2,310
Therefore, The best transfer price to avoid transfer price problems is $2,310
Answer:
salary prior to taxes and tax deductions.
Explanation:
A pay stub usually referred to as a pay slip or paycheck stub is the financial document that lists the amount of money an employee is paid. It is generally issued by the employers for each
pay period.
Pay stub gives a detailed information about total earnings of an employee for the pay period, tax deductions from the total as well as the net pay after deductions.
Federal Insurance Contributions Act (FICA) is usually written on all pay stubs, which is an indication of an employee's contribution to Medicare and Social Security.
Answer: D. debit Supplies Expense $4,200; credit Supplies $4,200
Explanation:
Based on the information given in the question, the adjusting entry needed at the end of the period will be to debit Supplies Expense $4,200 and credit Supplies $4,200.
The supplies expenses of $4200 was gotten as:
= $6000 - $1200
= $4800
Therefore, the correct option is D.
.
Answer:
the variable overhead rate variance is $596 favorable
Explanation:
The computation of the variable overhead rate variance is shown below:
= Standard overhead rate × actual direct labor hour - actual overhead
= $7 × 1,490 direct labor hours - $9,834
= $10,430 - $9,834
= $596 favorable
hence, the variable overhead rate variance is $596 favorable
Answer: $11920 Overapplied
Explanation:
We have to calculate the Predetermined overhead rate which would be:
= Estimated total manufacturing overhead / Estimated amount of the allocation base
= $355,680 ÷ 14,400 direct labor-hours
= $24.70 per direct labor-hour
Since the actual hours is 10,800 hours, therefore, the applied overhead would be:
= 10,800 × 24.70
= $266,760
Since the actual overhead = $254,840, then the overapplied Overhead would be:
= $266,760 - $254,840
= $11920 Overapplied