Answer:
21,000 units
Explanation:
The computation of the number of units started during November in the department is shown below:-
Number of units started during November in the department = units completed and transferred out + units in the ending work in process inventory - units in the Beginning work in process inventory
= 22,000 + 4,000 - 5,000
= 21,000 units
Therefore we have applied the above formula.
Answer:
Total materials variance = (Actual quantity * Actual price) - (Standard quantity * Standard price)
= 2,850 - (230 * 14.4)
= 462 (Favourable)
Materials price variance = (Standard price - Actual price) * Actual quantity
= [1.8 - (2,850/1,500)] * 1,500
= 150 Unfavourable
Materials quantity variance = (Standard quantity - Actual quantity) * Standard price
= [(230 * 8) - 1,500] * 1.8
= 612 Favourable
Total labour variance = (Actual hours * Actual rate) - (Standard hours * Standard rate)
= 19,458 - (230 * 84)
= 138 Unfavourable
Labour price variance = (Standard rate - Actual rate) * Actual hours
= [14 - (19,458/1,410)] * 1,410
= 282 Favourable
Labour quantity variance = (Standard hours - Actual hours) * Standard rate
= [(230 * 6) - 1,410] * 14
= 420 Unfavourable
Answer:
The adjusting entry will be shown below:
Explanation:
The adjusting journal which is to be recorded in the following case will be:
Office Supplies expense A/c..............................Dr $2,275
Office Supplies A/c.........................................Cr $2,275
As the amount $3,900 is already debited and at the year end, the remaining amount of office will be posted to the account of the office supplies expense against the office supplies account.
Working Note:
Amount = Debited amount of office supplies - Offices supplies on hand
= $3,900 - $1,625
= $2,275
C. Future value of a series of deposits
It is not B, because although Future Value of a Single Amount (FV) is similar, it is only when you deposit a certain amount one time and let it grow in value.
Your question says they deposit money more than once, so it is C.
