Answer:
Option (D) is correct.
Explanation:
Total Overhead Cost:
= (Overhead × Number of cases) for all products
= (20 × 350) + (25 × 550) + (17 × 650)
= 31,800
Total Machine Hours:
= Machine hours × Number of cases
= (5 × 350) + (3 × 550) + (4 × 650)
= 6,000
Overhead Rate:
= Total Overhead Cost ÷ Total Machine Hours
= 31,800 ÷ 6,000
= 5.30
Total product cost per case for Product GC:
= Direct Material + Direct Labor + Overhead
= 80 + 30 + (Machine hours × Overhead Rate)
= 80 + 30 + (3 × 5.3)
= 80.00 + 30.00 + 15.90
= $125.90
Answer:
Following are the journal entries for Setterstrom Company;
<u>May 01</u>
Debit: Petty cash = $100.00
Credit: Cash = $100.00
<u>Jun 01
</u>
Debit: Delivery Expense = $31.25
Debit: Postage Expense = $39.00
Debit: Miscellaneous Expense = $25.00
Debit: Cash over/short (Balance amount) = $3.00
Credit: Petty Cash ($100 - $1.75) = $98.25
<u>Jul 01</u>
Debit: Delivery expense = $21.00
Debit: Entertainment expense = $51.00
Debit: Miscellaneous expense = $24.75
Credit: Petty Cash ($100 - $3.25) = $96.75
<u>Jul 10
</u>
Debit: Petty cash = $30.00
Credit: Cash = $30.00
Usually cash income, or letter C, is
Answer:
D
Explanation:
Enterprise information technology is a type of information system designed to improve organizations structured interactions among their own employees and also with external customers,suppliers, government agencies, and other business partners. Three examples of enterprise information technology are transaction processing, enterprise, and interorganizational systems
Answer:
since there is not enough room here, I prepared two amortization schedules on an excel spreadsheet and I attached them
Explanation:
in order to determine the monthly payment, we can use the formula to calculate present value of an annuity:
PV = annuity payment x annuity factor
annuity payment = PV / annuity factor
- PV = $300,000
- annuity factor for 2.2% / 12 = 0.18333% and 180 periods = 153.1964438
I used an annuity calculator to determine the annuity factor
annuity payment = $300,000 / 153.1964438 = $1,958.27
we use the same formulas for the second question:
PV = annuity payment x annuity factor
annuity payment = PV / annuity factor
- PV = $300,000
- annuity factor for 2.7% / 12 = 0.225% and 360 periods = 246.54977
I used an annuity calculator to determine the annuity factor
annuity payment = $300,000 / 246.54977 = $1,216.79
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