In: Finance
Mr. Mohammed has an investment which has a nominal interest rate of 16% p.a. required:
Part A:
Effective Annual Rate = ( 1 + r ) ^ n - 1
r = Int Rate per period
n = No.of periods per anum
1)
Particulars | Amount |
Ret period | 8.0000% |
No. of periods | 2.0000 |
EAR = [ ( 1 + r ) ^ n ] - 1
= [ ( 1 + 0.08 ) ^ 2 ] - 1
= [ ( 1.08 ) ^ 2 ] - 1
= [ 1.1664 ] - 1
= 0.1664
I.e EAR is 16.64 %
2)
Particulars | Amount |
Ret period | 4.0000% |
No. of periods | 4.0000 |
EAR = [ ( 1 + r ) ^ n ] - 1
= [ ( 1 + 0.04 ) ^ 4 ] - 1
= [ ( 1.04 ) ^ 4 ] - 1
= [ 1.1699 ] - 1
= 0.16986
I.e EAR is 16.986 %
3)
Particulars | Amount |
Ret period | 5.3333% |
No. of periods | 3.0000 |
EAR = [ ( 1 + r ) ^ n ] - 1
= [ ( 1 + 0.053333 ) ^ 3 ] - 1
= [ ( 1.053333 ) ^ 3 ] - 1
= [ 1.1687 ] - 1
= 0.16869
I.e EAR is 16.869 %
4)
Particulars | Amount |
Ret period | 1.3333% |
No. of periods | 12.0000 |
EAR = [ ( 1 + r ) ^ n ] - 1
= [ ( 1 + 0.013333 ) ^ 12 ] - 1
= [ ( 1.013333 ) ^ 12 ] - 1
= [ 1.1723 ] - 1
= 0.17227
I.e EAR is 17.227 %
5)
Particulars | Amount |
Ret period | 0.3077% |
No. of periods | 52.0000 |
EAR = [ ( 1 + r ) ^ n ] - 1
= [ ( 1 + 0.003077 ) ^ 52 ] - 1
= [ ( 1.003077 ) ^ 52 ] - 1
= [ 1.1732 ] - 1
= 0.17322
I.e EAR is 17.322 %
Part B:
Future Value:
Future Value is Value of current asset at future date grown at given int rate or growth rate.
FV = PV (1+r)^n
Where r is Int rate per period
n - No. of periods
1)
Particulars | Amount |
Present Value | $ 100,000.00 |
Int Rate | 8.0000% |
Periods | 8 |
Future Value = Present Value * ( 1 + r )^n
= $ 100000 ( 1 + 0.08) ^ 8
= $ 100000 ( 1.08 ^ 8)
= $ 100000 * 1.8509
= $ 185093.02
2)
Particulars | Amount |
Present Value | $ 100,000.00 |
Int Rate | 4.0000% |
Periods | 16 |
Future Value = Present Value * ( 1 + r )^n
= $ 100000 ( 1 + 0.04) ^ 16
= $ 100000 ( 1.04 ^ 16)
= $ 100000 * 1.873
= $ 187298.12
3)
Particulars | Amount |
Present Value | $ 100,000.00 |
Int Rate | 5.3333% |
Periods | 12 |
Future Value = Present Value * ( 1 + r )^n
= $ 100000 ( 1 + 0.053333) ^ 12
= $ 100000 ( 1.053333 ^ 12)
= $ 100000 * 1.8655
= $ 186547.72
4)
Particulars | Amount |
Present Value | $ 100,000.00 |
Int Rate | 1.3333% |
Periods | 48 |
Future Value = Present Value * ( 1 + r )^n
= $ 100000 ( 1 + 0.013333) ^ 48
= $ 100000 ( 1.013333 ^ 48)
= $ 100000 * 1.8885
= $ 188847.74
5)
Particulars | Amount |
Present Value | $ 100,000.00 |
Int Rate | 0.3077% |
Periods | 208 |
Future Value = Present Value * ( 1 + r )^n
= $ 100000 ( 1 + 0.003077) ^ 208
= $ 100000 ( 1.003077 ^ 208)
= $ 100000 * 1.8946
= $ 189461.83