In: Finance
Complete the table below. (Note: Round off your answers to the nearest hundredths. Don't use comma)
Ra |
r |
m |
t |
Present Value |
P 1,100 |
8% |
annually |
20 years |
|
P 2,200 |
9% |
semi - annually |
15 years |
|
P 3,300 |
10% |
quarterly |
10 years |
|
P 4,400 |
11% |
monthly |
5 years |
|
P5,500 |
12% |
annually |
5 years |
Case 1
Given Future Value = 1100
Rate of interest =8 % Compounding Annually
Time = 20Years
No.of Compounding Periods = 20*1= 20
Future Value = Present Value ( 1+i)^n
Here i= Rate of Interest
n = No.of Years
1100 = Present Value ( 1+0.08)^20
1100 = Present value ( 1.08)^20
1100= Present Value * 4.6610
1100/4.6610 = Present value
236 = Present value
Case 2
Given Future Value = 2200
Rate of interest =9 % Compounding Semiannually
Time = 15Years
No.of Compounding Periods = 15*2= 30
Future Value = Present Value ( 1+i/2)^2n [ Interest is compounded semi Annualy]
Here i= Rate of Interest
n = No.of Years
2200 = Present Value ( 1+0.09/2)^2*15
2200 = Present value ( 1.045)^30
2200= Present Value * 3.7453
2200/3.7453 = Present value
587.40 = Present value
Case 3
Given Future Value = 3300
Rate of interest =10 % Compounding Quarterly
Time = 10 Years
No.of Compounding Periods = 10*4=40
Future Value = Present Value ( 1+i/4)^4n [ Interest is compounded Quarterly]
Here i = Rate of Interest
n = No.of Years
3300 = Present Value ( 1+0.10/4)^4*10
3300 = Present value ( 1.025)^40
3300= Present Value * 2.6851
3300/2.6851 = Present value
1229 = Present value
Case 4
Given Future Value = 4400
Rate of interest =11 % Compounding Monthly
Time = 5 Years
No.of Compounding Periods =5*12= 60
Future Value = Present Value ( 1+i/12)^12n [ Interest is compounded Monthly]
Here i = Rate of Interest
n = No.of Years
4400= Present Value ( 1+0.11/12)^12*5
4400 = Present value ( 1.009167)^60
.4400= Present Value * 1.72895
4400/1.72895= Present value
2544.897 = Present value
Case 5:
Given Future Value = 5500
Rate of interest =12% Compounding Annually
Time = 5 Years
No.of Compounding Periods =5*1=5
Future Value = Present Value ( 1+i)^n [ Interest is compounded Annually]
Here i = Rate of Interest
n = No.of Years
5500= Present Value ( 1+0.12)^5
5500= Present value ( 1.12)^5
5500= Present Value * 1.7623
5500/1.7623= Present value
3120.922 = Present value
Ra | r | m | t | Present Value |
P 1,100 |
8% | annually | 20 years | 236 |
P 2,200 | 9% | semi - annually | 15 years | 587.4 |
P 3,300 | 10% | quarterly | 10 years | 1229 |
P 4,400 | 11% | monthly | 5 years | 2544.897 |
P5,500 | 12% | annually | 5 years | 3120.922 |
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