Ch 2

14
Time Value of Money Rational

Transcript of Ch 2

Page 1: Ch 2

Time Value of Money Rational

Page 2: Ch 2

In this chapter…

Techniques… Practical application of compounding

and present value techniques…

Page 3: Ch 2

Time Value of Money…

A rupee that is receivable today is more valuable than a rupee receivable in future.

Put in simple words, to days money is more valuable was future money.

Page 4: Ch 2

Time Value of Money…

Time value of money is an individual’s preference for procession of a given amount of money now, rather than same amount at some future time.

There are mainly three reasons for the time preference of money: Risk Preference for consumption. Investment opportunities.

Page 5: Ch 2

Techniques…

Future Value Present Value Multi Period Compounding.

Page 6: Ch 2

Future Value…

Simple Interest. Compound interest. Annuity. Sinking fund.

Page 7: Ch 2

Simple Interest…

SI = (P).(i).(n) Where;

SI= Simple Interest. P = Principle Amount. i = Rate of Interest. n = Number of years for which interest is

calculated.

Page 8: Ch 2

Compound Interest…

CV = Po (1 + I)n

Where; CV = Compound value Po = Principal amount

I= Interest per annum n= Number of years for which compound is

done.

Page 9: Ch 2

Variable compounding periods…

CVn = Po

Where; CVn = Compound value at the end of year ‘n’

Po= Principle amount at the year ‘0 I = Interest rate per annum m = Number of times per year compounding is done n = Maturity period

nm

M

I1

×

+

Page 10: Ch 2

Future Value of an Annuity…

Annuity is a fixed payment each year for a specified number of years.

Formula is;

Fn = A

−+i

i n 1)1(

Page 11: Ch 2

Sinking Fund…

Sinking Fund is a fund which is created out of fixed payments each period to accumulate to a future sum after a specified period.

A = ]1)1(

[−+ nn i

iF

Page 12: Ch 2

Present Value…

Single Cash Flow Annuity. Capital Recovery & Loan Amortization. Perpetuity.

Page 13: Ch 2

Single Cash Flow…

P =

OR

P = F

ni

F

)1( +

])1(

1[

ni+

Page 14: Ch 2

Present Value of Annuity…

P = ]

)1(

11[

niiiA

+−