Answer:
Ending inventory = 64 units
Explanation:
Given:
Ending inventory for period 7 = 89 units
Forecast demand for period 7 = 120 units
Forecast demand for period 8 = 20 units
Customer order for period 8 = 25 units
MPS = 0 units
Computation:
Ending inventory = Ending inventory for last period + MPS - maximum from (Forecast demand for Current period ,Customer order for current period)
Ending inventory = 89 units + 0 - maximum from (20 , 25)
Ending inventory = 89 units -25 units
Ending inventory = 64 units
Answer:
$36 billion
Explanation:
The computation is shown below:
For this question, we use the income approach for calculation the wages i.e shown below:
GDP = Interest payments + profits + rent + wages
$65 billion = $15 billion + $7 billion + $7 billion + wages
$65 million = $29 billion + wages
So, the wages would be
= $65 billion - $29 billion
= $36 billion
If the average cost of producing 9 sweaters is $6. 50 and the marginal cost of producing the tenth sweater is $6. 25, the average cost of producing 10 sweaters will be less than $6.50
If marginal cost is less than average cost, average cost will decrease and therefore be less than $6.50. In this case, average cost of producing 10 sweaters is ($6.50 x 9 + $6.25)/10 = $6.48.
The marginal cost is the variation in total cost brought on by an increase in output, or the cost of producing more. In certain contexts, it might refer to an increase in output of one unit, while in others, it can relate to the rate of change of total cost as output grows by a modest amount.
The total cost is expressed in dollars, whereas the marginal cost is expressed in dollars per unit. The marginal cost is the slope of the total cost, or the rate at which it increases with production.
Marginal cost is the distinction between average cost, which is the total cost divided by the number of units produced.
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Answer:
a. Y/N×N/POP.
Explanation:
Given that
Y = Real GDP
POP = Total population
N = Number of employed workers
By considering the above information, we have to find out the real GDP per person or real GDP per capita which equal to
Real GDP per person = (Real GDP) ÷ (Total population)
We simply divide the real GDP by the total population so that real GDP per capita could arrive.
