Answer:
A) YTM 7.06%
B) $847.8784
C) No I will not as it is overpriced.
Explanation:
A) the yield to maturity is calculate as the rate at which the present value of the coupon payment and maturity equals the market price.
It is done by approximation or using excel or financial calculator.
YTM using goal seek excel: 0.070630268 = 7.06%
Using this rate rounded:
Present value of the coupon payment.
C: 1,000 x 8% = $ 80.00
time 15 years
YTM: 0.076
PV $725.8798
Maturity: $1,000
time 15 years
YTM: 0.076
PV 359.41
PV coupon $725.8798 + PV maturity $359.4110 = $1,085.2909
B) Present value of the bond at comparable-risk YTM:
C: 1,000 x 8% = $ 80.00
time 15 years
comparable risk rate: 0.1
PV $608.4864
Maturity $ 1,000.00
time 15 years
comparable risk rate: 0.1
PV 239.39
PV coupon $608.4864 + PV market $239.3920 = $847.8784
I will not purchase as it is overvalued:
1,085 - 847.88= 237.12
a. The bond's yield to maturity is 8.46%. b. The value of the bond to you is $800. c. It may not be a good investment to purchase the bond.
a. To compute the bond's yield to maturity, we can use the formula: Yield to Maturity = (Annual Interest Payment + (Face Value - Current Price) / Number of Years) / ((Face Value + Current Price) / 2). Plug in the values we have: Annual Interest Payment = $1,000 * 8% = $80, Face Value = $1,000, Current Price = $1,085, Number of Years = 15. Yield to Maturity = ($80 + ($1,000 - $1,085) / 15) / (($1,000 + $1,085) / 2) = 8.46%.
b. To determine the value of the bond to you, we can use the formula: Value of Bond = Annual Interest Payment / Yield to Maturity. Plug in the values we have: Annual Interest Payment = $80, Yield to Maturity = 10%. Value of Bond = $80 / 10% = $800.
c. Should you purchase the bond? Since the current market price of the bond is higher than the value of the bond to you, it may not be a good investment. You would be paying more than the bond's actual value, which would lower your potential return on investment.
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Answer:
has all of these features.
Explanation:
This can be said to be a computerized system that are been used as information connection which in many cases are used in monitoring, and controlling of complex system primary used in manufacturing system and also the flow of data in floors that manufacturing are been mostly done. That it is said that a manufacturing execution system posses all the above listed characteristics ranging from providing info for job priority using relevant rules to adjusting lead time to provide customers needs. They are also seen to compile certain bill of materials, resource management and scheduling, preparing work in rogress reports and tracking production lots.
I believe the answer would be $110,000; $50,000
Answer:
Payback period = 2.5 years
Explanation:
given data
Year 0 1 2 3
cash -$500 $150 $200 $300
to find out
What is the project's payback
solution
Year Cash flows Cumulative Cash flows
0 500 500
1 150 350
2 200 150
3 300 150
so
Payback period = Last period with a negative cumulative cash flow +(Absolute value of cumulative cash flows at that period ÷ Cash flow after that period) .........................1
put here value we get
so
Payback period =
Payback period = 2.5 years
The payback period for the project is approximately 2.75 years.
The payback period is a financial metric used to assess the time it takes for an investment or project to generate enough cash flows to recover the initial investment cost. It's a simple tool for evaluating the risk and return of an investment, with shorter payback periods generally indicating lower risk. The payback period is the amount of time it takes to recover the initial investment in a project.
To calculate the payback period, we sum the cash flows until we reach or surpass the initial investment.
In this case, the initial investment is $500, and the cash flows are: $150, $200, and $300 in years 1, 2, and 3 respectively.
By adding the cash flows together, we find that the project's payback is 2 years and 25% of year 3, which is approximately 2.75 years.
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Answer: They would want to change the corporate charter to allow cumulative voting instead of noncumulative voting.
Answer:
Present value of payments to the bank=938.51
Explanation:
The present value of the payment to the bank are an ordinary annuity i.e equal payments made at the end of each year for 16 years.
The Present value of an ordinary annuity is calculated as follows:
where PMT is the annual payment made at the end of each year=$100;
i is the interest rate or discount rate = 4%,
n=the number of years the periodic payment of 100 is to be made=12
Present value of payments to the bank = = 938.51
Answer:
$168,000
Explanation:
Given
Dartmouth Corporation
Contribution format Income Statement
For the month of June.
Sales (2,800 units) $ 263,200
Variable costs 106,400
Contribution margin 156,800
Fixed costs 135,000
Operating profit $ 21,800
We calculated the sales revenue and the variable costs by dividing the total costs with the number of units and multiplying it with 3000 units to get contribution margin for 3000 units.
Calculated.
Dartmouth Corporation
Contribution format Income Statement
For the month of June.
Sales ( 3000 units) ($ 263,200 / 2800) * 3000= $ 282000
Variable costs (106,400 / 2800) * 3000= $ 114000
Contribution margin $ 168,000
Fixed costs 135,000
Operating profit $ 33,000