Use the present value table to complete: (Round the "PV factor" answer to 4 decimal places.) Future Amount Desired Length of Time Rate Compounded Table Periods Rate Used P.V. Factor P.V. Amount $12,000 12 yrs 12% semiannually
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Use the present value table to complete: (Round the "PV factor" answer to 4 decimal places.)
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- Use the present value table to complete: (Round the "PV factor" to 4 decimal places and final answer to the nearest cent.) Future Amount Desired Length of Time Rate Compounded Table Period Rate Used P.V. Factor P.V. Amount $11,000 6 yrs 12% quarterly %Complete the following using present value. (Do not round intermediate calculations. Round the "PV factor" to 4 decimal places and final answer to the nearest cent.) Amount desired at end of period: $7,400 Lenght of time: 6 years Rate: 4% Compounded: Semiannually Period used: _____________ ? Rate used:_______________% ? PV factor used: __________________ ? PV of amount desired at the end of period ______________ ?Complete the following using present value. (Do not round intermediate calculations. Round the "PV factor" to 4 decimal places and final answer to the nearest cent.) Amount desired at end of period: $17,600 Lenght of time: 7 years Rate: 12% Compounded: Quartely Period used: _____________ ? Rate used:_______________% ? PV factor used: __________________ ? PV of amount desired at the end of period ______________ ?
- complete the following using present value. (do not round intermediate calculations. round the "rate used" to the nearest tenth percent. round the "pv factor" to 4 decimal places and final answer to the nearest cent.) Amount desired at end of period: $7,800, Length of time: 10 years, Rate: 4%, Compounded: Semiannualy, Period used: ??, Rate used: ??, pv factor used: ??, pv of amount desired at end of period: ?? (on pv table 12.3)Use the present value table to complete: Note: Round the "PV factor" answer to 4 decimal places. Future Amount Length of Time Desired $ 12,000 12 years Rate Compounded 12% semiannually Table Periods A Rate Used P.V. P.V. Factor Amount C D(For calculation purposes, use 5 decimal places as displayed in the factor table provided.)(a) What is the present value of $30,700 due 12 periods from now, discounted at 12%? (Round answer to 2 decimal places, e.g. 25.25.)
- (A/P, 12% quarterly,8 yrs) has a value equals to Select one: a. 0.049 b. 0.048 c. 0.078 d. 0.0426Complete the missing variables in the table below; bgs Annual nominal Cmpd/year # years I%/yr (nom) PV FV 1 1 10.0% $ 1,000.00 1 5 10.0% $ 1,000.00 1 10 10.0% $ 1,000.00 1 10 5.0% $ 1,000.00 4 5 10.0% $ 1,000.00 12 5 10.0% $ 1,000.00 1 10 5.00% $ 2,000.00 1 10 10.00% $ 2,000.00 1 5 10.00% $ 2,000.00 4 5 10.00% $ 2,000.00 12 5 10.00% $ 2,000.00 1 5 $ 1,000.00 $ 1,338.23 1 10 $ 1,000.00 $ 1,480.24 12 10 $ 1,000.00 $ 2,451.36 1 8.00% $ 1.00 $ 2.00Complete the following using present value. Amount $6,600, Time 10 years, Rate 2%, Compounded semiannually. What is the period used? What is the rate used? What PV factor used? What is the desired end of period amount?
- 1. two sources of income with equal present valuec C at time 0 provide annual payents in arrears during 10 years. The first product, i.e. Product 1, pays 50,000 - 2,000k, where k is measured in years, and the second product pays a constant annual amount of b. The present vaues are calculated using a force of interest of delta(t) = 0.05 - 0.002t, where t is measured in years. derive a general expression for the pv of each income stream in function of k, C, and b and without integrals.(A/P, 12% quarterly,8 yrs) has a value equals to a. 0.049 b. 0.048 c. 0.078 d. 0.0426Over one year, future value or cash flow (CF), present value (PV), and the rate of interest (i) are related as follows Select one: a. PV = CF (1 + i). b. CF = PV/(1+i). c. CF + PV = 1/(1+i). d. CF/PV = (1+i).