Answer:
The NPV of this investment is $64,581.75
Explanation:
Hi, we need to discount to present value all the future cash flows, the formula to use is as follows:
Where
NPV = Net Present Value
CF = The cash flow stated in the problem by year
r= discount rate (in our case, 0.08 or 8%)
Now, let´s solve this.
So, the net present value of this project is $64,581.75
Best of luck.
Answer:
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Explanation:
Answer:
Profit maximising price = 48
Explanation:
Total Cost : C (x) = 8x + 3
Demand Curve : p (x) = 88 − 2x
Total Revenue = p (x). x = x (88 - 2x) = 88x - 2x^2
Profit maximisation is where Marginal Cost (MC) = Marginal Revenue (MR)
MC = d TC / d Q = d (8x + 3) / d x = 8
MR = d TR / d Q = d (88x - 2x^2) / d x = 88 - 4x
Equating MR & MC ,
88 - 4x = 8 , 88 - 8 = 4x
x = 80 / 4 , x = 20
Putting value in demand curve,
p = 88 - 2x = 88 - 2 (20) = 88 - 40
p = 48
Answer:
Oct 1
Dr Supplies $620
Cr Accounts Payable $620
Oct 6
Dr Cash $350
Cr Fees Earned $350
Octd 7
Dr Equipment $2500
Cr Cash$900
Cr Accounts Payable $1400
Oct 9
Dr Accounts Payable $620
Cr Cash $620
Explanation:
Preparation of the journal entries
Oct 1
Dr Supplies $620
Cr Accounts Payable $620
Oct 6
Dr Cash $350
Cr Fees Earned $350
Octd 7
Dr Equipment $2500
Cr Cash$900
Cr Accounts Payable $1400
($2,500-$900)
Oct 9
Dr Accounts Payable $620
Cr Cash $620
