Question

In: Finance

Calculations must be done in Excel - Using the capital budgeting method of; Tax Effects, then...

Calculations must be done in Excel - Using the capital budgeting method of; Tax Effects, then Cash flows, then NPV.

As the financial advisor to All Star Manufacturing you are evaluating the following new investment in a manufacturing project: -

The project has a useful life of 12 years.

Land costs $6m and is estimated to have a resale value of $10m at the completion of the project.

Buildings cost $5m, with allowable depreciation of 10% pa reducing balance and a salvage value of $0.9m.

Equipment costs $4m, with allowable depreciation of 20% pa reducing balance and a salvage value of $0.5m. An investment allowance of 20% of the equipment cost is available.

Revenues are expected to be $7m in year one and rise at 5% pa.

Cash expenses are estimated at $3m in year one and rise at 3% pa.

The new product will be charged $400,000 of allocated head office administration costs each year even though head office will not actually incur any extra costs to manage the project.

An amount of $100,000 has been spent on a feasibility study for the new project.

The project is to be partially financed with a loan of $7.5m to be repaid annually with equal instalments at a rate of 4% pa over 12 years.

Except for initial outlays, assume cash flows occur at the end of each year.

The tax rate is 30% and is payable in the year in which profit is earned.

The after-tax required return for the project is 8% pa.

Required

  1. Calculate the NPV. Is the project acceptable? Why or why not?
  2. Conduct a sensitivity analysis showing how sensitive the project is to revenues, the resale value of the land and to the required rate of return. Explain your results.

Please provide an Excel calculation answer + An explanation of how the answers were found.

Solutions

Expert Solution

The annual payment on loan will be
7.5=Pmt.*(1-1.04^-12)/0.04
Pmt.=7.5/((1-1.04^-12)/0.04)=
0.799141
Now, constructing the Loan amortisation table, to know the annual Interest Tax shields
Year Annual Pmt. Tow. Int. Tow. Loan Loan bal. ITS=Int.*30%
0 7.5
1 0.799141 0.3 0.499141 7.000859 0.09
2 0.799141 0.280034 0.519107 6.481752 0.08401
3 0.799141 0.25927 0.539871 5.941881 0.077781
4 0.799141 0.237675 0.561466 5.380414 0.071303
5 0.799141 0.215217 0.583925 4.79649 0.064565
6 0.799141 0.19186 0.607282 4.189208 0.057558
7 0.799141 0.167568 0.631573 3.557635 0.05027
8 0.799141 0.142305 0.656836 2.900799 0.042692
9 0.799141 0.116032 0.683109 2.21769 0.03481
10 0.799141 0.088708 0.710434 1.507256 0.026612
11 0.799141 0.06029 0.738851 0.768405 0.018087
12 0.799141 0.030736 0.768405 0.00 0.009221
9.589696 2.089696 7.5 0.626909
Workings:
Building depreciation
Book/carrying Value 1.412148 5*(1-10%)^12
Salvage 0.9
Loss on salvage 0.512148
Tax CF saved on loss 0.153644
ATCF on salvage(Salvag+Cash saved) 1.053644
Equipment depreciation
Book/carrying Value 0.219902 (4-0.8)*(1-20%)^12
Salvage 0.5
Gain on salvage 0.280098
Tax CF on gain 0.084029
ATCF on salvage(Salvage-Tax CF on gain) 0.415971
Fig.in mlns.
Year 0 1 2 3 4 5 6 7 8 9 10 11 12
1.Land -6
2.Buildings -5
3.Equipment -4
4.Investment allowance(4*20%) 0.8
5.ATCF on sale of land(10*(1-30%)) 7
6.ATCF on salvage of Building 1.05364
7.ATCF on salvage of Equipment 0.41597
Operating cash flows:
Revenues 7 7.35 7.7175 8.10338 8.50854 8.93397 9.38067 9.8497 10.3422 10.8593 11.4023 11.9724
Cash expenses -3 -3.09 -3.1827 -3.27818 -3.3765 -3.4778 -3.5822 -3.6896 -3.8003 -3.9143 -4.0317 -4.1527
Depn.-Bldgs. -0.5 -0.45 -0.405 -0.3645 -0.3281 -0.2952 -0.2657 -0.2391 -0.2152 -0.1937 -0.1743 -0.1569
Depn. Eqpt. -0.64 -0.512 -0.4096 -0.32768 -0.2621 -0.2097 -0.1678 -0.1342 -0.1074 -0.0859 -0.0687 -0.055
EBIT 2.86 3.298 3.7202 4.13301 4.54182 4.95119 5.36502 5.78672 6.21927 6.66537 7.12745 7.60779
Tax at 30% -0.858 -0.9894 -1.1161 -1.2399 -1.3625 -1.4854 -1.6095 -1.736 -1.8658 -1.9996 -2.1382 -2.2823
EAT 2.002 2.3086 2.60414 2.89311 3.17928 3.46583 3.75551 4.0507 4.35349 4.66576 4.98922 5.32546
Add back: depn.(Bldgs.+Eq.) 1.14 0.962 0.8146 0.69218 0.59019 0.50496 0.43349 0.37337 0.32261 0.27961 0.24306 0.21188
Add:Interest tax shields 0.09 0.08401 0.07778 0.0713 0.06456 0.05756 0.05027 0.04269 0.03481 0.02661 0.01809 0.00922
8.Operating Cash flows 3.232 3.35461 3.49652 3.65659 3.83404 4.02835 4.23928 4.46676 4.71091 4.97198 5.25036 5.54656
9.NET annual FCFs(1 to 7)+8 -14.2 3.232 3.35461 3.49652 3.65659 3.83404 4.02835 4.23928 4.46676 4.71091 4.97198 5.25036 14.0162
PV F at 8%(1/1.08^ yr.n) 1 0.92593 0.85734 0.79383 0.73503 0.68058 0.63017 0.58349 0.54027 0.50025 0.46319 0.42888 0.39711
PV at 8%(FCF*PV F) -14.2 2.99259 2.87604 2.77565 2.6877 2.60938 2.53854 2.47358 2.41325 2.35663 2.30299 2.25179 5.56601
NPV at 8%(Sum PVs) 19.6442 YES. The project is acceptable as the NPV of its cashflows is POSITIVE.
b..Sensitivity of NPV
Revenues NPV Change from Base case NPV % change
Base case 19.6442
10% inc. 24.3292 4.6850 23.85%
-10% 14.9591 -4.6851 -23.85%
Resale value of Land
10% inc.
Base case 19.6442
10% inc. 19.9221 0.2779 1.41%
-10% 19.3662 -0.278 -1.42%
Reqd. Return
Base case 19.6442
10% inc. 18.0111 -1.6331 -8.31%
-10% 21.4002 1.756 8.94%
From the above sensitivity table, we can see that the project's NPV is
Maximum sensitive to revenues   & Minimum sensitive to resale value of land

Related Solutions

Signature Assignment - Capital Budgeting Course Project Work must be done in Excel. Please show formulas...
Signature Assignment - Capital Budgeting Course Project Work must be done in Excel. Please show formulas if possible so I can get a true understanding of the deliverables. You have recently assumed the role of CFO at your company. The company's CEO is looking to expand its operations by investing in new property, plant, and equipment. You are asked to do some capital budgeting analysis that will determine whether the company should invest in these new plant assets. Signature Assignment...
Calculations must be done in Excel – You must create your own spreadsheet do not copy...
Calculations must be done in Excel – You must create your own spreadsheet do not copy and paste someone else’s. Polycorp Limited Steel Division is considering a proposal to purchase a new machine to manufacture a new product for a potential three year contract. The new machine will cost $1.9 million. The machine has an estimated life of three years for accounting and taxation purposes. Installation will cost a further $120,000. The contract will not continue beyond three years and...
Calculations must be done in Excel Polycorp is considering an investment in new plant of $3.2...
Calculations must be done in Excel Polycorp is considering an investment in new plant of $3.2 million. The project will be partially financed with a loan of $2,000,000 which will be repaid over the next five years in equal annual end of year instalments at a rate of 6.20 percent pa. The rest of the project will be financed by equity. Assume straight-line depreciation over a five-year life, and no taxes. The project’s cash flows before loan repayments and interest...
Calculations must be done in Excel As the financial advisor to Upmarket Car Rentals you are...
Calculations must be done in Excel As the financial advisor to Upmarket Car Rentals you are evaluating the following types of cars to add to the fleet: - Speedster: - A sporty convertible with a cost of $120,000 and a useful life of 4 years. It will produce rental income of $80,000 per year and operating costs of $15,000 per year. A major service is required after 2 years costing $20,000. A salvage value of $30,000 is expected after 4...
In using Capital budgeting method that takes the time value of money into consdieration, management must...
In using Capital budgeting method that takes the time value of money into consdieration, management must consider a hurdle rate in making its decision. What is the hurdle rate? What factors does management have to consider in selecting a hurdle rate?
Project 2 Calculations must be done in Excel – You must create your own spreadsheet (do...
Project 2 Calculations must be done in Excel – You must create your own spreadsheet (do not copy and paste someone else’s). This question should be done using Method 1 as outlined in lecture 6 (i.e. Tax Effects, then Cash Flows then NPV) As the financial advisor to All Star Manufacturing you are evaluating the following new investment in a manufacturing project: - The project has a useful life of 12 years. Land costs $6m and is estimated to have...
Project 1 Calculations must be done in Excel As the financial advisor to Upmarket Car Rentals...
Project 1 Calculations must be done in Excel As the financial advisor to Upmarket Car Rentals you are evaluating the following types of cars to add to the fleet: - 1. Speedster: - A sporty convertible with a cost of $120,000 and a useful life of 4 years. It will produce rental income of $80,000 per year and operating costs of $15,000 per year. A major service is required after 2 years costing $20,000. A salvage value of $30,000 is...
Project 1 Calculations must be done in Excel Polycorp is considering an investment in new plant...
Project 1 Calculations must be done in Excel Polycorp is considering an investment in new plant of $3 million. The project will be partially financed by a loan of $2 million, which will be repaid over five years in equal annual end of year instalments at a rate of 6.5 percent pa. The rest of the project will be financed by equity. Assume straight-line depreciation over a five-year life, and no taxes. The project’s cash flows before loan repayments and...
Project 1 Calculations must be done in Excel Fergy Smith, the financial advisor to Uncovered Car...
Project 1 Calculations must be done in Excel Fergy Smith, the financial advisor to Uncovered Car Rentals is evaluating the following types of cars to add to the fleet:- Topless:- A sporty convertible with a cost of $100,000 and a useful life of 5 years. It will produce rental income of $60,000 per year and operating costs of $10,000 per year. A major service is required after 3 years costing $15,000. A salvage value of $25,000 is expected after 5...
USING EXCEL FORMULAS SOLVE THE PROBLEM. MUST USE EXCEL CALCULATIONS AND FORMULAS.!!! Find the data for...
USING EXCEL FORMULAS SOLVE THE PROBLEM. MUST USE EXCEL CALCULATIONS AND FORMULAS.!!! Find the data for the problem in the first worksheet named LightbulbLife of the data table down below It gives the data on the lifetime in hours of a sample of 50 lightbulbs. The company manufacturing these bulbs wants to know whether it can claim that its lightbulbs typically last more than 1000 burning hours. So it did a study. Identify the null and the alternate hypotheses for...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT