Answer:
$358,150
Explanation:
Cost of goods manufactured is calculated in a Schedule of Manufacturing Costs as follows :
Cost of goods manufactured = Beginning Work In Process + Total Manufacturing Costs - Ending Work In Process
where,
Total Manufacturing Costs :
Materials used in product $124,260
Depreciation on plant $69,650
Property taxes on plant $21,750
Labor costs of assembly-line $120,570
Factory supplies used $25,810
Total $362,040
therefore,
Cost of goods manufactured = $13,700 + $362,040 - $17,590 = $358,150
The fraction of the employed workers who lose their jobs each month or the rate of the job separation must be 0.07
Steady-state rate of unemployment multiply to the fraction of unemployed workers who find jobs each month.
0.125 * 0.56 = 0.07
The answer in this question is 0.07
Based on the principle of economics, the correct answer goes thus:
Economists distinguish among the immediate market period, the short run, and the long run by noting that:
- Elasticity of supply will increase when the number of producers selling a product decreases.
<h3>Immediate market run</h3>
Economists distinguish among the immediate market period, the short run, and the long run by noting that there will be increase in elasticity of supply.
In conclusion, we can conclude that the correct answer is the increase in elasticity of supply.
Learn more about elasticity of supply here: brainly.com/question/4467460
Answer:
3.49%
Explanation:
Calculation to determine the rate of return on this investment
Using this formula
Rate of return=Monthly payment/Current value*100
Let plug in the formula
Rate of return = $4,990/$143,012 *100
Rate of return= 3.49%
Therefore the the rate of return on this investment is 3.49%
I think the answer is convergent plate boundaries, but I am not positive. hope this helps :)
