An investment of €1 000 grows to €1 310 in 5 years with annual compounding. Find the annual interest rate i in percent.
Time value of money worksheet with answers
You deposit €2 000 at 2% interest per year, compounded annually (interest is added at the end of each year). After how many whole years n does the balance first reach at least €5 000?
You invest €10 000 at 6% per year with continuous compounding. Find the value FV after 5 years.
You need €15 000 in 4 years. An account pays 6% per year, compounded quarterly. How much must you deposit today? Find the present value PV.
You want €100 000 in 4 years. You save the same amount at the end of every month in an account paying 3% per year, compounded monthly. Find the monthly deposit A.
You borrow €20 000 at 7.2% per year, compounded monthly, and repay €350 at the end of every month. How many months does it take until the loan is repaid (the last payment may be smaller)? Give the number of payments N.
Answer key
- 1. i = 5.549 %
- 2. n = 47 years
- 3. FV = 13499 €
- 4. PV = 11820 €
- 5. A = 1963 €
- 6. N = 71 payments
Full step-by-step solutions: practise this topic on examproblems.com.