Reference no: EM132299836
1. If you invest $2,500 today, $3,600 in 2 years, $4,500 in 5 years, and $1,600 in 7 years, how much will be in the bank 15 years from today if interest is 8.5% compounded annually?
2. Charlie hopes to accumulate $83,000 in a savings account in 10 years. If he wishes to make a single deposit today and the bank pays 3 percent compounded annually on deposits of this size, how much should Charlie deposit in the account?
3. If $4329 is borrowed today and $8,955 is paid back in 11 years, what interest rate compounded annually has been earned?
4. With interest at 9% compounded annually, what is the fewest number of years (integer-valued) required for money to double in magnitude?
5. Your company seeks to take over a competitor. Your company’s offer for the competing business is $2,725,000 in cash upon signing the agreement followed by 14 annual payments of $390,000 starting one year later. The time value of money is 9.00%. What is the present worth of your company’s offer?
6. The plan was to leave $5,100 on deposit in a savings account for 14 years at 5.5% interest compounded annually. It became necessary to withdraw $2,200 at the end of the 4th year. How much will be on deposit at the end of the 14-year period?
7. Each and every year $2500 is invested at 12% compound interest. What is the value of the investment portfolio immediately after the 20th deposit?
8. You invest $14,000 per year for 40 years and earn 2% annually on the investment. What Excel function will calculate the value in the investment account immediately after the 40th deposit?