The NPV of the cash flow @10% discount rate is 41626.26. calculation is given below:
Hence to calculate Annuity, PV=41626.26, rate=10%, nper=4, PMT (Annuity)=?
Hence, the value of annuity is $13131.87
Q4) Calculate the corresponding Annuity, for this cash flow diagram (Hint: Arithmetical gradient). i-10 % (...
Q4) Calculate the corresponding Annuity, for this cash flow diagram (Hint: Arithmetical gradient). i =10% (A/G, 10%, 4) = 1.381 Year Cash Flow 15000 18000 12000 6000
The future worth in year 10 of an arithmetic gradient cash flow series for years 1 through 10 is $675,000. If the gradient increase each year, G, is $1750, determine the cash flow in year 1 at an interest rate of 8% per year.
Refer to the Cash Flow Diagram below to calculate the value of F at the end of year 10: 0______1____2______3_____4________5_____6______7________8_______9________________10 F=? i=5% at 0) 6000 at 2) 3,000 at 5)4,000 These values have a downward arrow at 10 the arrow is up
year cash flow 0 -15000 1 +12000 2 +6000 3 -8000 4 +4000 5 +12000 use descartes and norstrom rules to define the characteristic of internal rate of return this investment according to Descartes rules according to Norstrom criteria B) find external rate of return of the investment opportunity if the external investment %10
The future worth in year 10 of an arithmetic gradient cash flow series for years 1 through 10 is $575,000. If the gradient increase each year, G, is $1750, determine the cash flow in year 1 at an interest rate of 11% per year. The cash flow in year 1 is $ .
The future worth in year 10 of an arithmetic gradient cash flow series for years 1 through 10 is $700,000. If the gradient increase each year, G, is $2750, determine the cash flow in year 1 at an interest rate of 10% per year.
Write the expression for the cash flow. 7) (25 points) First draw a cash flow diagram for the cash flow series shown below. Then write an expression (e.g., P 500(P/A 5%, 3)+100(P/G 5%, 3) + ...) for the present worth of the following cash flow series. You must use at least one uniform series factor, one arithmetic gradient series factor, and one geometric gradient series factor. i=5% per period. No calculations are needed. EOY Cash Flow 4 5,00025,000 15,000 13,500...
Find the value of the unknown quantity, P0, that establishes equivalence in the cash flow diagram below. Suppose ,-18% per year. Use an annuity factor and a uniform gradient factor in your solution $1,400 $2,500 $800 $800 $800 $800 $800 1 2 3 4 5 67 89 10 End of Year Po- Po 4323(Round to the nearest dollar.)
1) (12 pts) The following is a cash flow diagram: Cash Flows: 20000 10000 Cash Flow $35,000 $5,000 $7,500 $1000 $10,000 $5,000 Year 0 1 2 4 >-10000 -20000 30000 40000 Years 4 Annual Interest rate = 10%, compounded annually a) Calculate the Present wortlh b) Calculate the equivalent annuity for these cash flows c) Calculate the future worth of these cash flows at 5 years
The future worth in year 10 of an arithmetic gradient cash flow series for years 1 through 10 is $500,000. If the gradient, G, increases each year at $3,000 per year, determine the present worth of the uniform series only, at an interest rate of 10% per year.