the time value of money
DESCRIPTION
Important Info for increasing the knowledge.TRANSCRIPT
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THE TIME VALUE OF MONEY
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WHAT IS THE TIME VALUE OF MONEY.?
A dollar received today is worth more than a dollar received tomorrow
This is because a dollar received today can be invested to earn interest
The amount of interest earned depends on the rate of return that can be earned on the investment
Time value of money quantifies the value of a dollar through time
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INTRODUCTION Understanding of Future Value and Present Value
of money is important for effective Financial Decision Making.
Every Organization tries to invest in New Ideas, New Projects, New Product or some Expansion and Modernization Activities.
It can be used to compare Investment alternatives and to solve problems involving Loans, Mortgages, Leases, Savings and Annuities.
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USES OF TIME VALUE OF MONEY
Time Value of Money or TVM is a
concept that is used in all aspects of
finance including:
Bond valuation
Stock valuation
Accept/ Reject decisions for project
management
Financial analysis of firms
And many others
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SIMPLE INTEREST AND COMPOUND INTEREST
What is the difference between simple
interest and compound interest.?
Simple interest: Interest is earned only on the
principal amount.
Compound interest: Interest is earned on both the
principal and accumulated interest of prior periods.5
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EXAMPLE
Suppose that you deposit Rs. 500 in
your savings account that earns 5%
annual interest, How much will you have
in your account after two years using
(a) simple interest and (b) compound
interest?
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Simple Interest
Interest earned = 5% of Rs. 500 = 500×.05 = Rs. 25 per year
Total interest earned = Rs. 25×2 = Rs.50
Balance in your savings account: = Principal + accumulated interest
= Rs. 500 + Rs. 50 = Rs. 550
Compound interest (assuming compounding once a year)
Interest earned in Year 1 = 5% of Rs. 500 = Rs. 25
Interest earned in Year 2 = 5% of (Rs. 500 + accumulated interest) = 5% of (Rs. 500 + 25) = 525 ×.05 = Rs. 26.25
Balance in your savings account: = Principal + interest earned = Rs. 500 + Rs. 25 + Rs.26.25 = Rs. 551.25 7
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TYPES OF TVM CALCULATIONS
There are many types of TVM
calculations
The basic types will be covered in this
review module and include:
Present Value of Single Amount
Future Value of Single Amount
Present and Future Value of Annuities
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BASIC RULES
The following are simple rules that you should always use no matter what type of TVM problem you are trying to solve:
1. Stop and think: Make sure you understand what the problem is asking. You will get the wrong answer if you are answering the wrong question.
2. Draw a representative timeline and label the cash flows and time periods appropriately.
3. Write out the complete formula using symbols first and then substitute the actual numbers to solve.
4. Check your answers using a calculator.
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FORMULAS
Common formulas that are used in TVM calculations:
Present Value Of Single Amount: PVIF= FV* 1 / (1+r)n Future Value Of Single Amount : FVIF = PV * (1+r)n
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FORMULAS (CONTINUED)
Present value of an annuity:
1PVIFA =FV * 1- (1+r)n
r
Future value of an annuity:
FVIFA = PV * (1+r)n -1 r
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VARIABLES
Where,
PV = Present Value
PVIFA = Present Value of an Annuity
FV = Future Value
FVIFA = Future Value of an Annuity
r = Rate of Return
n = Number of Time Periods
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PRESENT VALUE OF SINGLE AMOUNT
Present value calculations determine what the value of a cash flow received in the future would be worth today (time 0)
The process of finding a present value is called “Discounting”
The interest rate used to discount cash flows is generally called the Discount Rate
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PRESENT VALUES
Present Value
Value today of a future cash
flow.
Discount Rate
Interest rate used to compute
present values of future cash flows.
Discount Factor
Present value of a Rs.1 future
payment.
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PRESENT VALUES
nr)+(1
periodsn after Value Future=PV
PV=ValuePresent
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PRESENT VALUE
What will be the present value of Rs. 500 to be received 10 years from today if the discount rate is 6%.?
PV = Rs. 500 {1/(1+.06)10} = Rs. 500 (1/1.791) = Rs. 500 (.558)
= Rs. 279
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FUTURE VALUE OF SINGLE AMOUNT
- Future Value is the value at some future
time of a present amount of money, or a
series of payments, evaluated at a given
interest rate.
Future Value can be increased by:
• Increasing number of years of compounding
• Increasing the interest or discount rate
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FUTURE VALUES
Example - FV
What is the future value of Rs. 100 if interest is compounded annually at a rate of 6% for 3 years.?
10.119.)06.1(100. 3 RsRsFV
FV = Rs. 100 *(1+r)
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PRESENT VALUE V/S FUTURE VALUE
Present value factors are reciprocals of future value factors
Interest rates and future value are positively related
Interest rates and present value are negatively related
Time period and future value are positively related
Time period and present value are negatively related
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TIME LINES
Show the timing of cash flows. Tick marks occur at the end of periods,
so Time 0 is today; Time 1 is the end of the first period (year, month, etc.) or the beginning of the second period.
CF0 CF1 CF3CF2
0 1 2 3
I%
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TYPES OF ANNUITIESTYPES OF ANNUITIES
Ordinary Annuity: Payments or receipts occur at the end of each period.
Annuity Due: Payments or receipts occur at the beginning of each period.
An Annuity represents a series of equal payments (or receipts) occurring over a specified number of equidistant periods.
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PRESENT VALUE OF AN ANNUITY
Example: Mr. Alpesh deposit Rs. 2000 annually for 7
years and this deposit compounded at 10%. Find the Future Value Of Annuity.
FVIFA = PV x [(1+r)n -1/r] = 2000 [(1+0.10)7 -1 / 0.10] = 2000 [(1.1)7 – 1/ 0.10] = 2000 x 9.4872 = 18, 974
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FUTURE VALUE OF AN ANNUITY
Example: Mr. Anil wants to purchase an apartment
costing Rs. 30 Lakes. His employer is willing to give loan at 10% for 5 years. Calculate amount of installment paid every year. PVIFA = A x [1- 1/(1+r)n/r]
30,00,000 = A x [1- 1/(1+0.10)5/0.10] 30,00,000 = A x [1- 1/(1.1)5/0.10]
30,00,000 = A x [3.791]A = 30,00,000/ 3.791
= 7,91,348
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THANK YOU