Answer:
As the NPV of the project is $25 million and is positive, the owners made a correct decision to install donut makers.
Explanation:
An investment will add value when the Net Present Value of an investment is positive. The net Present Value (NPV) of an investment is the present value of all the future cash flows expected as a result of an investment less the initial cost of the project/investment.
As the cash flows from the investment will be a constant $12 million after equal intervals of time for a period of five years, this can be treated as an annuity and the NPV of the project can be calculated as the Present value of $12 million annuity less the initial cost of the investment of $25 million.
NPV = 12 * [ 1 - (1+0.066)^-5 / 0.066] - 25
NPV = $24.73 million or $25 million rounded off to the nearest million
Answer:
Option B) 3 or 4; 2 or fewer
Explanation:
A high quality factor will not meet 3 or 4 and low quality factor will not meet 1 or 0 so option A, C and D are incorrect.
The correct option is B. 3 or 4; 2 or fewer as a high quality factor will meet three or four of the AQCD criteria; a low quality factor will meet two or fewer of the AQCD critieria.
Answer: $1,530
Explanation:
It's net working capital that was financed by investors include the following figures,
Total current Assets.
Accounts Payables and Accrued wages need to be deducted because they came about as a result of operations and are neither of debt or equity financing so are considered free.
So, in calculating we have,
= 2,250 - 575 - 145
= $1,530
Swinnerton Clothing Company's net operating working capital that was financed by investors is $1,530
Answer:
$1,530
Explanation:
This can be calculated as follows:
Details Amount ($)
Total current assets 2,250
Accounts payable (575)
Accrued wages and taxes (145)
Net operating working capital financed by investors 1,530
Therefore, Swinnerton Clothing Company's net operating working capital that was financed by investors is $1,530.
Answer:
Explanation:
The fixed cost is relevant in this situation as it can not be avoided and there would be no other use for the facility.
Unit cost
Direct materials 9.70
Variable manufacturing cost 3.55
Fixed manufacturing overhead 4.50
Direct labor 8.70
Total 26.45
Units produced cost of producing 38,000 = 38000* 26.45 = 1,005,100
Cost of buying 38,000 = 38,000 * 24.55 = 932,900
Cost saved = 1,005,100 - 932,900 =72,200
Answer:
The price of the stock today or the price at which the stock should sell today is $61.30
Explanation:
The price of the stock today can be calculated using the Dividend Discount Model approach which values a stock based on the present value of the expected future dividends from the stock. The price of this stock will be,
P0 = 3.15 * (1+0.2) / (1+0.12) + 3.15 * (1+0.2) * (1+0.15) / (1+0.12)^2 +
3.15 * (1+0.2) * (1+0.15) * (1+0.1) / (1+0.12)^3 +
[(3.15 * (1+0.2) * (1+0.15) * (1+0.1) * (1+0.05) / (0.12 - 0.05)) / (1+0.12)^3]
P0 = $61.296 rounded off to $61.30
Answer:
Recommendation : The firm should lease the data center
Explanation:
To determine which option is better, we would compare the upfront cost of option A to the present value of the lease payment.
The present value of the lease payment is given as follows:
PV = A× 1-1+r^(-n) /r
A- semi-annual lease payment - 3,500× 6 = 21,000
r- semi-annual interest rate = 5%/2 = 2.5%
n- number of period = 3× 2 = 6.(note that interest is compounded semi- annually i.e every six month)
PV of the lease payment = 21,000 × (1 - 1.025^(-6))/0.025 =115,670.63.
Comparing the two options, we have :
Purchase cost = 120,000
Lease cost = 115,670.63.
The lease cost is lower and would save the firm 4329.37 i.e (120,000 - 115,670.63)
Recommendation : The firm should lease the data center
When comparing the cost of purchasing a data center outright versus leasing it on a monthly basis over three years, it is slightly more cost effective, factoring in the present value of money, for the firm to lease the data center. The total present value cost of leasing is approximately $119,199.09, while purchasing would be $120,000.
The subject matter of this question involves determining the least expensive option for accessing a data center over a span of three years, given two possibilities: purchasing the center outright (Plan A), or leasing it on a monthly basis (Plan B). It's a form of capital budgeting, specifically a cost comparison method.
For Plan A, the upfront cost is $120,000. This cost is incurred immediately and there are no further costs associated with it for the three-year period.
Plan B needs to be evaluated using the time value of money because the monthly lease payments are made over time. Given the borrowing cost/APR of 5% and the semiannual compounding, it means the interest is compounded twice a year. The monthly cost of leasing the data center is $3,500. Over three years (36 months), this would amount to $3,500 x 36 = $126,000.
However, since we need to factor in the cost of borrowing, we need to calculate the present value (PV) of the lease payments. Because the interest is compounded semiannually, the effective monthly interest rate is (1+0.05/2)^(2/12)-1
= 0.00407412378303.
Using this to calculate the present value of an ordinary annuity formula:
P V = $3,500 x (1-(1+0.00407412378303)^-36)/0.00407412378303.
P V under Plan B is approximately $119,199.09.
Comparing the two plans, it's evident that Plan B (leasing) is the cheaper option by just under $1,000. Therefore, it would be more cost-effective for the firm to lease the data center rather than purchasing it outright.
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Answer:
Interest paid each year = 5% of 1000 = $50
$1000 is to be paid at the end of 10 years.So payment each year = pmt(rate,nper,pv,fv) where rate = 0.04,nper=10 and fv =1000.
Payment into the fund =pmt(0.04,10,0,1000) = $83.29 each year
Value of the sinking fund at the end of the 4th year =pv(rate,nper.pmt) =pv(0.04,4,83.29) = 302.34
Interest earned by sinking fund in year 5 = 0.04*302.34 = 12.09
Interest on loan in 5th year = $50
So difference between the interest payment on the loan and the interest earned by the sinking fund in the fifth year. = 50-12.09 = 37.91 = $38 (to nearest whole number)