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(1+i/m) m - 1 Interest Payment = Principal x Rate x Time Time = actual no of days /360 days Formula Toolbox: i i A FV n 1 ) 1 ( n n i i i A PV ) 1 ( 1 ) 1 ( Formula Toolbox: Future Value (FV) = PV*(1+i) n Present Value (PV) = FV*(1+i) -n

(1+i/m) m - 1 Interest Payment = Principal x Rate x Time Time = actual no of days /360 days

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Formula Toolbox: Future Value (FV) = PV*(1+i) n Present Value (PV) = FV*(1+i) -n. Formula Toolbox:. (1+i/m) m - 1 Interest Payment = Principal x Rate x Time Time = actual no of days /360 days. For single cash flow computations Simple Interest: I = PRT FV = PV*(1+i) n PV = FV*(1+i) -n - PowerPoint PPT Presentation

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Page 1: (1+i/m) m  - 1  Interest Payment = Principal x Rate x Time Time = actual no of days /360 days

(1+i/m)m - 1 Interest Payment = Principal x Rate x

TimeTime = actual no of days /360 days

Formula Toolbox:

i

iAFV

n 1)1(

n

n

ii

iAPV

)1(

1)1(

Formula Toolbox:Future Value (FV) = PV*(1+i)n

Present Value (PV) = FV*(1+i)-n

Page 2: (1+i/m) m  - 1  Interest Payment = Principal x Rate x Time Time = actual no of days /360 days

Time Value of Money Formulas

For single cash flow computations

• Simple Interest: I = PRT• FV = PV*(1+i)n

• PV = FV*(1+i)-n

• n = ln(FV/PV) ln (1+i)• i = (FV/PV)1/n -1

For single CF and for annuities:

Effective interest rate (for different compounding periods) = (1+ 1/m)m - 1

For annuities

i

iAFV

n 1)1(

n

n

ii

iAPV

)1(

1)1(