Answer:
B. $ 50 comma 400 unfavorable
Explanation:
The formula to compute the labor efficiency variance is shown below:
= Standard labor rate × (Standard hours for actual output - Actual hours)
where,
Standard labor rate is $28
Standard hours for actual output would be
= 1,600 cars × 3.25 direct labor hours per car
= 5,200 hours
And, the actual hour is 7,000 hours
Now put these values to the above formula
So, the value would equal to
= $28 × (5,200 hours - 7,000 hours)
= $50,400 unfavorable
Answer:a debit to Cost of Goods Sold and a credit to Merchandise Inventory for $217
( The answer Is not in the options given)
Explanation:
The Perpetual inventory is a method of accounting for inventory which immediately records when an inventory is sold or purchased using the available point-of-sale software systems of the particular business.
In that regard , the entry to record cost of merchandise sold
Account titles Debit Credit
Cost of goods (Merchandise sold) $217
Merchandise Inventory $217
Yes, you do have to file a tax return
Answer:
What will Sam have to pay for this equipment if the loan calls for semiannual payments (2 per year)
and monthly payments (12 per year)?
Compare the annual cash outflows of the two payments.
- total semiannual payments per year = $2,820.62 x 2 = $5,641.24
- total monthly payments per year = $531.13 x 12 = $6,373.56
Why does the monthly payment plan have less total cash outflow each year?
- The monthly payment has a higher total cash outflow ($6,373.56 higher than $5,641.24), it is not lower. Since the compounding period is shorter, more interest is charged.
What will Sam have to pay for this equipment if the loan calls for semiannual payments (2 per year)?
- $2,820.62 x 12 payments = $33,847.44 ($25,000 principal and $8,847.44 interests)
Explanation:
cabinet cost $25,000
interest rate 10%
we can use the present value of an annuity formula to determine the monthly payment:
present value = $25,000
PV annuity factor (5%, 12 periods) = 8.86325
payment = PV / annuity factor = $25,000 / 8.8633 = $2,820.62
present value = $25,000
PV annuity factor (0.8333%, 60 periods) = 47.06973
payment = PV / annuity factor = $25,000 / 47.06973 = $531.13