# 3023 Compound Interest Annually

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Anthony Nunan
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Quizzes Created: 136 | Total Attempts: 44,016
Questions: 158 | Attempts: 240

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Given answers to the nearest whole dollar.

• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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.

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• 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

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• 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

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• 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

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• 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

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• 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

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• 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

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• 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

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• 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

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• 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

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