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- Question
Sharon Stone deposits $500 at the beginning of each 3 months in an account earning 10% compounded quarterly. Determine how much money she has after 25 years
Options- A. 22681.19
- B. 23456
- C. 44577
- D. 25685
- Correct Answer
- 22681.19
ExplanationS=R[(1+i)^n-1)/i]
- 1. The difference between simple and compound interests compounded annually on a certain sum of money for 2 years at 4% per annum is Rs. 1. The sum (in Rs.) is:
Options- A. 620
- B. 630
- C. 640
- D. 625 Discuss
- 2. Sharon Stone deposits $2000 at the end of each year in an account earning 10% compounded annually. Determine how much money she has after 25 years. How much interest did she earn?
Options- A. 146694.12
- B. 13452
- C. 18232
- D. 15627 Discuss
- 3. Example:Given an amount needed(future value) of $3300 in 4 years at an interest rate of 11% compounded anually,Find the present value and the amount of interest earned
Options- A. 1126.19
- B. 1237
- C. 2863
- D. 1892 Discuss
- 4. Give an investment of $13200,compound amount of $22680.06 invested for 8 years,what is the interest rate if interest rate is compounded anually?
Options- A. 6%
- B. 5%
- C. 7%
- D. 8% Discuss
- 5. An amount of 5,000 is invested at a fixed rate of 8 per cent per annum. What amount will be the value of the investment in five years time, if the interest is compounded annually
Options- A. 7346.64
- B. 8346
- C. 3456
- D. 4567 Discuss
- 6. What lump sum deposited today would allow payments of $2000/year for 7 years at 5% compounded annually?
Options- A. 11572.71
- B. 11876
- C. 189756
- D. 11576 Discuss
- 7. Kashundra Jones plans to make a lump sum deposit so that she can withdraw $3,000 at the end of each quarter for 10 years. Find the lump sum if the money earns 10% per year compounded quarterly
Options- A. 75263.64
- B. 76345
- C. 76389
- D. 56897 Discuss
- 8. 15 semiannual payments are made into a sinking fund at 7% compounded semiannually so that $4850 will be present. Find the amount of each payment rounded to the nearest cent
Options- A. 251.35
- B. 245.45
- C. 235.87
- D. 251 Discuss
- 9. A retirement benefit of $12,000 is to be paid every 6 months for 25 years at interest rate of 7% compounded semi-annually. Find (a) the present value to fund the end-of-period retirement benefit. (b) the end-of-period semi-annual payment needed to accumulate the value in part (a) assuming regular investments for 30 years in an account yielding 8% compounded semi-annually
Options- A. 245678
- B. 234689
- C. 281468.06
- D. 234578 Discuss
- 10. Find the finance charge for an average daily balance of $8431.10 with monthly interest rate of 1.4%
Options- A. 98.04
- B. 88.04
- C. 68.04
- D. 118.04 Discuss
Compound Interest problems
Search Results
Correct Answer: 625
Correct Answer: 146694.12
Explanation:
S=R[(1+i)^n-1]/i
Correct Answer: 1126.19
Explanation:
M=P(1+i)^n
Correct Answer: 7%
Explanation:
M = p(1+i)^n
Correct Answer: 7346.64
Explanation:
The only part of this type of calculation that needs particular
care is that concerning the interest rate. The formula assumes that
r is a proportion, and so, in this case:
r = 0.08
In addition, we have P = 5,000 and n = 5, so:
V = P(1 + r)5 = 5,000 x (1 + 0.08)5 = 5,000 x 1.469328 = 7,346.64
Thus the value of the investment will be 7,346.64
Correct Answer: 11572.71
Explanation:
A=R[(1+i)^n-1]/i(1+i)^n
Correct Answer: 75263.64
Explanation:
A=R[(1+i)^n-1]/i(1+i)^n
Correct Answer: 251.35
Explanation:
R=S[i/(1+i)^n-1]
Correct Answer: 281468.06
Explanation:
R=S[i/(1+i)^n-1]
Correct Answer: 118.04
Explanation:
0.014*8431.10
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