Answer:
the payback period of the project is 3.57 years
Explanation:
The computation of the payback period is shown below;
Payback period:
= Initial investment ÷Cash inflows
= $100,000 ÷ $28,000
= 3.57 years
We simply divided the initial investment by the cash inflows so that the project payback period could come
Hence, the payback period of the project is 3.57 years
Answer:
Ending inventory as at 31 December = $1500
Explanation:
First-In-First-Out is a method of inventory valuation whereby the stock that comes in first, is used first. This is common for inventory consisting of perishables, such as vegetables where if not used/sold soon, it would be wasted.
Jan 31: Purchases = $20 x 100 units = $2000
<em><u>Remaining inventory:</u></em>
$20 x 100 units = $2000
Feb 28: Purchases = $30 x 100 units = $3000
<em><u>Remaining inventory:</u></em>
$20 x 100 units = $2000
$30 x 100 units = $3000
<em><u>Sales = 150 units x $45:</u></em>
$20 x 100 units = $2000
$30 x 50 units = $1500
<em><u>Remaining inventory</u></em>
200 - 150 = 50 units x $30 = $1500
<em>Thus,</em>
Cost of Goods Sold = $3500 ($2000 + $1500)
Ending inventory as at 31 December = $1500
Answer:
option (C) is correct.
Explanation:
Given that,
Beginning work in process inventory: $102,000
Direct materials used: 156,000
Actual overhead: 132,000
Overhead applied: 138,000
Cost of goods manufactured: 675,000
Total manufacturing costs: 642,000
Company's direct labor cost for the year:
= Total manufacturing costs - Overhead cost - Direct materials cost
= Total manufacturing costs - Overhead applied - Direct materials used
= $642,000 - $138,000 - $156,000
= $348,000
The supply of the product tend to be more inelastic when the prices of the goods are high. Supply inelasticity is caused by the sudden change of the price of goods needed to release the supply and more often than not, that change of price is a price hike; meaning, the increase of price reasonable or not.
