Answer:
IRR is greater than required return by 17.38 - 16.8 % = 0.58 %
so project will accept
Explanation:
given data
initial cost = $38,000
cash inflows year 1 = $12,300
cash inflows year 2= $24,200
cash inflows year 3 = $16,100
rate of return = 16.8 %
solution
we consider here IRR is = x so
present value of inflows is equal to present value of outflows .............1
we can say that it as
initial cost = present value
3800 = 
solve it we get
x = 17.38%
here IRR is greater than required return by 17.38 - 16.8 % = 0.58 %
so project will accept
Answer:
yield to maturity = 7.06%
Explanation:
yield to maturity (YTM) is calculated using the following formula:
YTM = {C + [(FV - PV) / n]} / [(FV + PV) / 2]
- FV = $2,000
- PV = $1,902.14
- C = $2,000 x 6.48% x 1/2 = $64.80
- n = 12 x 2 = 24
YTM = {64.80 + [(2,000 - 1,902.14) / 24]} / [(2,000 + 1,902.14) / 2] = (64.80 + 4.0775) / 1,951.07 = 0.0353 or 3.53% semianually or 7.06% annually
Since the bond sells at a discount, its yield to maturity will be higher than the coupon rate.
The answer is 562.754405
The total amount she will have to pay back in four years is. 562.754405
The interest rate that should be used when evaluating a capital investment project is sometimes called the appropriate discount rate and cost of capital.
The cost of capital refers to the minimum rate of return needed from an investment to make it worthwhile, whereas the discount rate is the rate used to discount the future cash flows from an investment to the present value to determine if an investment will be profitable. Appropriate Discount Rate means, at any time, the real (i.e., not inflation adjusted) weighted average cost of capital (after taxes payable by the concession business).
Cost of Capital = (Risk-Free Rate of Return + Credit Spread) × (1 – Tax Rate)
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