Answer:
40$
Explanation:
First of all we need to know the formula of the profit function in perfectly competitive market.
π(Profit of Firm)= TR(Total Revenue)-TC(Total Cost)=P(price)*Q(quantity)-(Variable Cost +Fixed Cost)
We have:
Q(quantity)=20units
P(price)=10$
Fixed Cost=100$
Average Variable Cost=3$ for 20 units, so we need to find Variable Cost.
If we know: Average Variable Cost=Variable Cost/quantity of units==>
3$=Variable Cost/20==> so, Variable Cost = 20*3=60$
Now let’s calculate the profit:
π(Profit of Firm)=TR(Total Revenue)-TC(Total Cost)=P(price)*Q(quantity)-(Variable Cost +Fixed Cost)=20*10-(100+60)=200-160=40$
As a result of the calculation, we have found out that the profit is 40$
Answer:
unit required = 7175 units
Explanation:
given data
sells phone case = $108 per unit
Fixed costs total = $227,000
variable costs = $48 per unit
pretax income = $203,500
solution
we get here first Contribution Per Unit that is
Contribution Per Unit = sells phone case - variable costs .............1
Contribution Per Unit = $108 - $48
Contribution Per Unit = $60
so here units of product required is
unit required =
....................2
put here value
unit required =
unit required = 7175 units
Answer:
The correct answer is letter "C": is a plan for a single level of activity, whereas a flexible budget adjusts for changes in the activity level.
Explanation:
Budget variance can be measured by using a static budget or a flexible budget. Both measures must be done at the end of an accounting period. A static budget is forecasted at the end of a year and reflects the changes in costs -mainly raw materials- of the operations of business throughout the period. They are prepared for one level of production volume only and do not change after developed.
Flexible budgets are estimated by the beginning of the period by can change during the year according to the production level. They are estimated for different levels of volume and separate fixed and variable costs.
Answer:
$118,560
Explanation:
Given that,
Total Cost = $312,000
Total number of calls made = 10,000
Therefore,
Cost per call = Total Cost ÷ Total number of calls made
= $312,000 ÷ 10,000
= $31.2 per call
Hence,
Cost Allocated to Wholesale Operation:
= Calls Made to Wholesale operation × Cost per call
= 3,800 × $31.2 per call
= $118,560