Submitted by: Submitted by forqan
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Words: 575
Pages: 3
Category: Business and Industry
Date Submitted: 08/04/2010 10:40 AM
I (1) The future value will be larger if we compound an initial amount more often than annually, for example, every 6 months, or semiannually, holding the stated interest rate constant.
If we invested our money for five years at 8 percent interest compounded semiannually, we are really investing our money for 10-six month’s period during which we receive 4 percent interest each period. And for that reason the future value will be larger for semiannually than annually compound.
For example,
Investment=$100
i=15%
n=4
For annual basis your future value will be,
FVn=pv( 1+ i)n
FV= 100 (1+.15)4
= 174.90
FVn=pv( 1+ i/m )mn
=100(1+.15/2)2*4
= 178.35
Whereas,
FVn= the future value of the investment at the end of n years.
n = the number of years during which the compounding occurs.
i= annual interest rate
PV= the present value or original amount invested at the beginning of the first year.
m= the number of times compounding occurs during the year.
I(2)Nominal rate:
The percentage of annual interest which would be earned from a fixed income investment (for example, bonds) if the security was purchased at par value; actual rate of return is usually different. A rate of interest as quoted, rather than the effective rate to which it is equivalent.
The periodic rate:
The interest rate described in relation to a specific amount of time. For example, the monthly periodic rate is the cost of credit per month; the daily periodic rate is the cost of credit per day.
Effective annual rate (EAR):
This is the rate that produce same ending(or future) value under annual compounding as would more frequent compounding at a given nominal rate.
3. Compounded for semiannually
Effective annual rate= EAR= ( 1+ inom/m)m – 1.0
= ( 1+ .10/2)2 – 1.0
=10.25%
Here, inom=10%, m= 2
Compounded for quarterly
Effective annual rate= EAR= ( 1+ inom/m)m – 1.0...