The annual equivalent amount under optimistic outcome is calculated as follows:-
Annual equivalent amount = - $ 45,000 ( A/P, 15%, 6 years ) + $ 16,000 + $ 15,000 ( A/F , 15% , 6 years)
Where ( A/P, 15%, 6 years ) = Capital recovery factor & ( A/F , 15% , 6 years) = Sinking fund
Annual equivalent amount = - $ 45,000 x 0.264237 + $ 16,000 + $ 15,000 x 0.114237
Annual equivalent amount optimistic outcome = $ 5,822.89
The annual equivalent amount under most likely outcome is calculated as follows:-
Annual equivalent amount = - $ 50,000 ( A/P, 15%, 5 years ) + $ 13,000 + $ 12,000 ( A/F , 15% , 5 years)
Annual equivalent amount = - $ 50,000 x 0.298316 + $ 13,000 + $ 12,000 x 0.148316
Annual equivalent amount most likely outcome = - $ 136.01
The annual equivalent amount under pessimistic outcome is calculated as follows:-
Annual equivalent amount = - $ 55,000 ( A/P, 15%, 4 years ) + $ 10,000 + $ 10,000 ( A/F , 15% , 4 years)
Annual equivalent amount = - $ 55,000 x 0.350265 + $ 10,000 + $ 10,000 x 0.200265
Annual equivalent amount under pessimistic outcome = - $ 7,261.93
please show work and box answers 5. (15 points) A project is estimated in the face of a MARR = 15% as follows: Opti...
Determine the FW of the following engineering project when the MARR is 15% per year. Is the project acceptable? Project Investment Cost $10,000 Expected life 5 years Market (Salvage) Value* -$1,000 Annual Receipts $8,000 Annual Expenses $4,000 * A negative market value means that there is a cost to dispose of an asset.
Question (1) Use FW method, MARR 15% Project Investment Cost 10,000 Expected Life 5 years Market (Salvage) Value* -1,000 Annual Receipts 8,000 Annual Expenses 4,000 Answer: FW(15%) = - 10,000 (2.0114) + 4000(6.7424) - 1,000 = 5,855.60 Is this project acceptable? Yes, but I would like to see more profit.
Project A $13,000 Project B $13.000 Initial investment (CF) Annual cash inflows (CF) Outcome Pessimistic Most likely $1,500 $810 1,650 1,650 Optimistic 2.460 1,790 a. Determine the range of annual cash inflows for each of the two projects b.Assume that the firm's cost of capital is 9.8% and that both projects have 19-year lives. Construct a table showing the NPVS for each project for each of the possible outcomes. Include the range of NPVS for each project c. Do parts...
Please answer both questions, I would appreciate it greatly!
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1.
Consider the following project and its cash flow:
Investment cost $10,000
Expected life 5 years
Market (salvage) value* -$1,000
Annual receipts $8,000
Annual expense -$4,000
* A negative market value means that there is a net cost to
dispose of an asset.
a. Determine its PW and FW with MARR 15% per year. Is the
project acceptable?
b. What...
15 points (5 for correct AW of each, 5 for correct decision) 15. + Final Finishing is considering three mutually exclusive alternatives for a new polisher. Each alternative has an expected life of 10 years and no salvage value. Polisher 1 requires an initial investment of $20,000 and provides annual benefits of $4,465. Polisher 2 requires an initial investment of $10,000 and provides annual benefits of $1,770. Polisher 3 requires an initial investment of $15,000 and provides annual benefits of...
Please show all your work and
identify formulas used.
P12.1A (LO 1, 2,5), AN U3 Company is considering three long-term capital investment proposals. Each investment has a useful life of 5 years. Relevant data on each project are as follows. Compute annual rate of return, cash payback, and net present value C Excel Project Bono $160,000 Project Edge $175,000 Project Clayton $200,000 Capital investment Annual net income: Year 1 نا نية 14,000 14,000 14,000 14,000 14,000 $ 70,000 18,000 17,000...
QUESTION 4: Exide Technologies think the operation system for their machine tools is too old and too slow, but it can still be used for 5 years with an update. Exide Technologies is considering build a new operation system to replace the old one. A summary of the financial information of build a new one and use the old one: Challenger: Build a New Operation System: Time Investment Salvage Salvage decrease O&M O&M Cost increase Cash Flow $80,000 $70,500...
please show work for how to solve!
1. Consider the following three, mutually exclusive, projects. 1a. Using a benefit to cost ratio (BC) approach, choose the best project using a MARR of 9% and a project lifetime of each of 10 years. Your work must be shown for full credit. 40 points Initial Investment Annual Benefits (Income) Annual Cost (Maintenance) Salvage Value Project A $16,000 $3,500 $750 $2,930 Project B $13,000 $2,500 $400 $1,900 Project C $24,500 $4,500 $900 $1,780...
A new machine costs $25,000 and has the estimated maximum
(physical) life of 5 years. It also has the estimated salvage
(market) value (S) and operating and maintenance costs (O&M) in
each of the 5 years of use as shown below: Year n Sn O&Mn EACn
0 $25,000 1 $16,000 $5,000 $16,000 2 $13,000 $8,000 $14,212 3
$11,000 $11,000 $14,159 4 $10,000 $14,000 $14,541 5 $9,500 $17,000
$15,181 MCn $16,000 $12,280 $14,040 $15,880 $18,300 Suppose the
MARR is 8%. The...
4. Unequal project lives Galaxy Corp. has to choose between two mutually exclusive projects. If it chooses project A, Galaxy Corp. will have the opportunity to make a similar investment in three years. However, if it chooses project B, it will not have the opportunity to make a second investment. The following table lists the cash flows for these projects. If the firm uses the replacement chain (common life) approach, what will be the difference between the net present value...