Question

In: Finance

A specialized automatic machine costs $100,000 and is expected to save $19,700 per year while in...

A specialized automatic machine costs $100,000 and is expected to save $19,700 per year while in operation. Using a 5 % interest rate, what is the discounted payback period (in years).

Solutions

Expert Solution

Ans 6 years

Year Project Cash Flows (i) DF@ 11% (ii) PV of Project A ( (i) * (ii) ) Cumulative Cash Flow
0 -100000 1                       (1,00,000.00)          (1,00,000.00)
1 19700 0.952                            18,761.90              (81,238.10)
2 19700 0.907                            17,868.48              (63,369.61)
3 19700 0.864                            17,017.60              (46,352.01)
4 19700 0.823                            16,207.24              (30,144.78)
5 19700 0.784                            15,435.47              (14,709.31)
6 19700 0.746                            14,700.44                        (8.87)
7 19700 0.711                            14,000.42               13,991.56
8 19700 0.677                            13,333.74               27,325.29
NPV                            27,325.29
Discounted Payback Period = 6 years + 8.87/14000.42
6.00 years

Related Solutions

An industrial organization has bought a specialized machine for $100,000 which will save $24,000 each year...
An industrial organization has bought a specialized machine for $100,000 which will save $24,000 each year for 10 years. Straight Line (SL) basis depreciation should be taken into consideration with a depreciable life of 10 years. After tax MARR is 10% per year. Effective income tax rate is 30%. After 10 years, the machine will have zero salvage value. a) Draw a table showing Before Tax Cash Flow (BTCF) and After Tax Cash Flow (ATCF). b) Calculate the after tax...
A new machine that costs $80,800 is expected to save annual cash operating costs of $20,000...
A new machine that costs $80,800 is expected to save annual cash operating costs of $20,000 over each of the next seven years. The machine's internal rate of return is (see choices below the present value tables): Present Value of $1 Periods 4% 6% 8% 10% 12% 14% 16% 1 .962 .943 .926 .909 .893 .877 .862 2 .925 .890 .857 .826 .797 .769 .743 3 .889 .840 .794 .751 .712 .675 .641 4 .855 .792 .735 .683 .636 .592...
A new semi-automatic machine costs $ 80,000 and is expected to generate revenues of $ 40,000...
A new semi-automatic machine costs $ 80,000 and is expected to generate revenues of $ 40,000 per year for 6 years. It will cost $ 25,000 per year to operate the machine. At the end of 6 years, the machine will have a salvage value of $ 10,000. Evaluate the investment in this machine using all four methods (payback period, present worth, uniform annual cost (UAC), and rate of return). Neglect the salvage value for the payback period method and...
Machine A costs $350,000 to purchase, result in electricity bills of $100,000 per year, and last...
Machine A costs $350,000 to purchase, result in electricity bills of $100,000 per year, and last for 10 years. Machine B costs $550,000 to purchase, result in electricity bills of $80,000 per year, and last for 15 years. The discount rate is 12%. What are the equivalent annual costs for two models? Which model is more cost-effective?
An industrial organization has bought a specialized machine for $240,000 which will save $36,000 each year...
An industrial organization has bought a specialized machine for $240,000 which will save $36,000 each year for 10 years. Straight Line (SL) basis depreciation should be taken into consideration with a depreciable life of 10 years. After tax MARR is 10% per year. Effective income tax rate is 40%. After 10 years, the machine will have zero salvage value. a) Draw a table showing Before Tax Cash Flow (BTCF) and After Tax Cash Flow (ATCF). b) Calculate the after tax...
An industrial organization has bought a specialized machine for $120,000 which will save $20,000 each year...
An industrial organization has bought a specialized machine for $120,000 which will save $20,000 each year for 10 years. Straight Line (SL) basis depreciation should be taken into consideration with a depreciable life of 10 years. After tax MARR is 10% per year. Effective income tax rate is 40%. After 10 years, the machine will have zero salvage value. a) Draw a table showing Before Tax Cash Flow (BTCF) and After Tax Cash Flow (ATCF). b) Calculate the after tax...
Your company is considering whether to invest in a new machine that costs $6m but will save the company $2.5m per year for the three years of its expected life
Your company is considering whether to invest in a new machine that costs $6m but will save the company $2.5m per year for the three years of its expected life. It will require an additional investment in inventory of $200 000. The marginal tax rate for companies 30% and depreciation for tax purposes is calculated on a straight line basis over three years. The machinery has an expected salvage value of $500 000. To keep the calculations simple, you decide...
The cost base of a machine is 100,000 dollars and the machine is expected to be...
The cost base of a machine is 100,000 dollars and the machine is expected to be fully functional for 5 years. The machine will provide a net income of 35,000 dollars in each of the 5 years. The machine will have no value by the end of the 5 year period. For the deprecation calculations, 150% declining balance method will be used. By using the fact that the income tax is 40% and minimum acceptable rate of return after 10%...
A new machine will last for ten years. It will save the company $9984 per year...
A new machine will last for ten years. It will save the company $9984 per year and the savings will increase by $2660 each year. What is the present worth of this machine assuming an interest rate of 7.4%/year compounded annually.
House A costs $100,000 with annual energy costs of $1,800 per year. House B costs $110,000...
House A costs $100,000 with annual energy costs of $1,800 per year. House B costs $110,000 with annual energy costs of $600 per year. You must borrow the money to purchase the houses at an interest rate of 7% per year for a 30-year mortgage, and that energy costs will escalate 1% per year. a) What would be the simple payback of investing in House B compared to House A? Is this a good investment? b) What are the annualized...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT