Answer: $370,000
Explanation:
Your question isn't complete as there were some further questions asked before getting to this question.
The profit from 2,000 units at $349 will be:
Profit = Total revenue – Total cost
Total revenue = (P x Q)
= $349 x 2000
= $698000
Total cost = [FC + (UVC x Q)]=
= [$38,000 + ($145 x 2,000)]
=$38000 + $290000
= $328000
Profit = Total revenue - Total cost
Profit = $698000 - $328000
Profit = $370000
Answer:
$8,884
Explanation:
The computation of the economic profit is shown below:
= Received amount - dance earnings - insurance paid - music and licensing fees - boom box - rent and utilities
= $60,480 - $34,000 - $4,300 - $1,846 - $150 - $11,300
= $8,884
The economic profit is come from subtracting the explicit cost, implicit cost from the revenue earned and the same is reflected above
Answer:
The max revenue is "$32,300". The further explanation is described below.
Explanation:
(a)
The composition as well as response of models within 6 rows seems to be as described in the following:
Maximum 1650B + 850N + 790P (B bracelets, N necklaces and P pins produce overall revenue)
Yes of course,
The total gold ounces will be:
⇒ 
The total labor hours will be:
⇒ 
Integers B, N, P will become
The response for LINDO is:
B=10.0.
N=0
P=20
Final Value of Maximization will be:
= 32,300
(b)
- 10 bracelets, hardly any necklaces as well as 20 pins should always be made by the shop.
- These goods utilizing 125 ounces of gold simultaneously,
- It would use 310 hours of labor although 10 hours would then stay unused.
The maximum salary will become:
= $32,300.
Answer: 29.93%
Explanation:
You can use Excel to solve for this.
Bear in mind that when given a series of cashflows, the expected return is the Internal Rate of Return (IRR).
Initial investment = $32
First cashflow = $1.25
Second cashflow = $1.31
Third cashflow = $1.38 + $65 selling price = $66.38
IRR = 29.93%