Answer:
What will be the amount of this annuity payment?
$711.888
Explanation:
N Monthly principal interest Net value
5.000.000
1 711.888 361.888 350.000 4.638.112
2 711.888 387.220 324.668 4.250.893
3 711.888 414.325 297.562 3.836.568
4 711.888 443.328 268.560 3.393.240
5 711.888 474.361 237.527 2.918.879
6 711.888 507.566 204.322 2.411.313
7 711.888 543.096 168.792 1.868.218
8 711.888 581.112 130.775 1.287.106
9 711.888 621.790 90.097 665.315
10 711.888 665.315 46.572 (0)
Answer:
Cost of goods sold =$61,5300
Gross Profit = $144,700
Explanation:
Given the information:
- Purchase : $630,000
- Purchase Returns and Allowances $25,700
- Prchases Discounts $10,900
- Freight-In $18,300
- beginning inventory of $45,000
- ending inventory of $64,600
- net sales of $760,000
As we the, the fomular for total Goods Available for Sale
=
Beginning Inventory + Purchases + Freight-In - Purchase Returns and Allowances - Purchases Discounts
= $45,000 + $630,000 + $18,300 - $25,700 - $10,900
= $67,9900
=> Cost of goods sold = Total Goods Available for Sale - ending inventory
= $67,9900 - $64,600
= $61,5300
=> Gross Profit = Net sales - Cost of goods sold
= $760,000 - $61,5300
= $144,700
Hope it will find you well.
Accounts such as Wages and Salaries Expense, Wages Expense, and Salaries Expense are used to record the gross wages and salaries earned by employees during the accounting period. Gross wages and salaries means the amount before payroll taxes and other with holdings.
hope this helps
Answer:
3.5%
Explanation:
The formula to calculate total return is: Profit/Original Cost. 100,000 x .03 = $3,000 interest. $3,000 interest + 100,000 principal = 103,000 cash flow. $103,000 - 99,500 = $3,500 gain. $3,500 gain/$99,500 cost = .03518. .03518 = 3.5%
Answer:
A. $5.00 per machine-hour
Explanation:
The computation of the manufacturing overhead application rate is shown below:
= Estimated manufacturing overhead ÷ expected machine-hours incurred
= $550,000 ÷ 110,000 machine hours
= $5.00 per machine hour
In order to determine the manufacturing overhead application rate, basically we divided the estimated manufacturing overhead by the expected machine hours
