1.
How much interest is earned on an investment of $5000, when it attracts interest of 12% per annum, compounded annuallly, over a period of 2 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
2.
How much interest is earned on an investment of $5500, when it attracts interest of 9% per annum, compounded annuallly, over a period of 6 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
3.
How much interest is earned on an investment of $5100, when it attracts interest of 8% per annum, compounded annuallly, over a period of 3 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
4.
How much interest is earned on an investment of $4700, when it attracts interest of 5% per annum, compounded annuallly, over a period of 5 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
5.
How much interest is earned on an investment of $7000, when it attracts interest of 6% per annum, compounded annuallly, over a period of 8 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
6.
How much interest is earned on an investment of $6000, when it attracts interest of 11% per annum, compounded annuallly, over a period of 8 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
7.
How much interest is earned on an investment of $5200, when it attracts interest of 4% per annum, compounded annuallly, over a period of 6 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
8.
How much interest is earned on an investment of $5400, when it attracts interest of 12% per annum, compounded annuallly, over a period of 9 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
9.
How much interest is earned on an investment of $4400, when it attracts interest of 11% per annum, compounded annuallly, over a period of 10 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
10.
How much interest is earned on an investment of $6000, when it attracts interest of 9% per annum, compounded annuallly, over a period of 3 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
11.
How much interest is earned on an investment of $5900, when it attracts interest of 5% per annum, compounded annuallly, over a period of 3 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
12.
How much interest is earned on an investment of $5900, when it attracts interest of 10% per annum, compounded annuallly, over a period of 9 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
13.
How much interest is earned on an investment of $4200, when it attracts interest of 4% per annum, compounded annuallly, over a period of 5 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
14.
How much interest is earned on an investment of $4400, when it attracts interest of 6% per annum, compounded annuallly, over a period of 8 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
15.
How much interest is earned on an investment of $5200, when it attracts interest of 6% per annum, compounded annuallly, over a period of 10 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
16.
How much interest is earned on an investment of $4300, when it attracts interest of 3% per annum, compounded annuallly, over a period of 9 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
17.
How much interest is earned on an investment of $6300, when it attracts interest of 7% per annum, compounded annuallly, over a period of 3 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
18.
How much interest is earned on an investment of $4700, when it attracts interest of 11% per annum, compounded annuallly, over a period of 10 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
19.
How much interest is earned on an investment of $4100, when it attracts interest of 3% per annum, compounded annuallly, over a period of 9 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
20.
How much interest is earned on an investment of $4100, when it attracts interest of 9% per annum, compounded annuallly, over a period of 6 years?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. Don't forget to subtract the Principal from the Final Value to find out how much interest was.
21.
If I invest $4100, at an interest rate of 6% per annum, compounded annuallly, over a period of 8 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
22.
If I invest $4500, at an interest rate of 12% per annum, compounded annuallly, over a period of 6 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
23.
If I invest $6900, at an interest rate of 3% per annum, compounded annuallly, over a period of 7 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
24.
If I invest $4900, at an interest rate of 4% per annum, compounded annuallly, over a period of 9 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
25.
If I invest $6900, at an interest rate of 8% per annum, compounded annuallly, over a period of 4 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
26.
If I invest $6900, at an interest rate of 9% per annum, compounded annuallly, over a period of 4 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
27.
If I invest $6300, at an interest rate of 7% per annum, compounded annuallly, over a period of 7 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
28.
If I invest $6300, at an interest rate of 9% per annum, compounded annuallly, over a period of 6 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
29.
If I invest $6100, at an interest rate of 10% per annum, compounded annuallly, over a period of 7 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
30.
If I invest $5500, at an interest rate of 10% per annum, compounded annuallly, over a period of 4 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
31.
If I invest $6700, at an interest rate of 11% per annum, compounded annuallly, over a period of 7 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
32.
If I invest $5600, at an interest rate of 3% per annum, compounded annuallly, over a period of 7 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
33.
If I invest $6800, at an interest rate of 12% per annum, compounded annuallly, over a period of 7 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
34.
If I invest $5300, at an interest rate of 5% per annum, compounded annuallly, over a period of 8 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
35.
If I invest $4800, at an interest rate of 5% per annum, compounded annuallly, over a period of 5 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
36.
If I invest $5400, at an interest rate of 4% per annum, compounded annuallly, over a period of 10 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
37.
If I invest $6000, at an interest rate of 12% per annum, compounded annuallly, over a period of 6 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
38.
If I invest $4800, at an interest rate of 9% per annum, compounded annuallly, over a period of 4 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
39.
If I invest $5000, at an interest rate of 12% per annum, compounded quarterly, over a period of 2 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
40.
If I invest $6300, at an interest rate of 6% per annum, compounded quarterly, over a period of 10 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
41.
If I invest $4800, at an interest rate of 11% per annum, compounded quarterly, over a period of 8 years, how much will I have in total at the end of my investment?
Explanation
LM 3023 Finance Solver N = Total Number of Payments. The final value (FV) will give the final value of the investment - interst plus the principal.
42.
If I invest $5500, at an interest rate of 10% per annum, compounded quarterly, over a period of 7 years, how much will I have in total at the end of my investment?
Explanation
LM 3024 - LM 3050
43.
If I invest $4100, at an interest rate of 6% per annum, compounded quarterly, over a period of 7 years, how much will I have in total at the end of my investment?
Explanation
LM 3024 - LM 3050
44.
If I invest $5700, at an interest rate of 5% per annum, compounded quarterly, over a period of 7 years, how much will I have in total at the end of my investment?
Explanation
LM 3024 - LM 3050
45.
If I invest $4400, at an interest rate of 9% per annum, compounded quarterly, over a period of 9 years, how much will I have in total at the end of my investment?
Explanation
LM 3024 - LM 3050
46.
If I invest $6700, at an interest rate of 12% per annum, compounded quarterly, over a period of 3 years, how much will I have in total at the end of my investment?
Explanation
LM 3024 - LM 3050
47.
If I invest $4600, at an interest rate of 7% per annum, compounded quarterly, over a period of 4 years, how much will I have in total at the end of my investment?
Explanation
LM 3024 - LM 3050
48.
If I invest $4600, at an interest rate of 3% per annum, compounded quarterly, over a period of 4 years, how much will I have in total at the end of my investment?
Explanation
LM 3024 - LM 3050
49.
If I invest $6000, at an interest rate of 6% per annum, compounded quarterly, over a period of 9 years, how much will I have in total at the end of my investment?
Explanation
LM 3024 - LM 3050
50.
If I invest $6500, at an interest rate of 4% per annum, compounded quarterly, over a period of 4 years, how much will I have in total at the end of my investment?
Explanation
LM 3024 - LM 3050