Series of Compound Interest Techniques

The following are several situations involving compound interest.

Required:

Using the appropriate table, solve each of the following:

$($Click here to access the PV and FV tables to use with this problem.$)$

Hope Dearborn invests $$40,000$ on January $1,2019,$ in a savings account that earns interest of $8\%$ compounded semiannually. What will be the amount in the fund on December $31,2024?$

Round your answer to two decimal places.

$ fill in the blank $1$

Ben Johnson receives a bonus of $$5,000$ each year on December $31.$ Beginning on December $31,2019,$ he deposits his bonus every year in a savings account that earns interest of $12\%$ compounded annually. What will be the amount in the fund on December $31,2023,$ after he deposits his bonus received on that date?

Round your answer to two decimal places.

$ fill in the blank $2$

Ron Sewert owes $$30,000$ on a non$-$interest$-$bearing note due January $1,2029.$ He offers to pay the amount on January $1,2019,$ provided that it is discounted at $10\%$ on a compound annual discount basis. What would he have to pay on January $1,2019,$ under this assumption?

Round your answer to two decimal places.

$ fill in the blank $3$

June Stickney purchased an annuity on January $1,2019,$ which, at a $12\%$ annual rate, would yield $$6,000$ each June $30$ and December $31$ for the next $6$ years. What was the cost of the annuity to Stickney?

Round your answer to two decimal places.

$ fill in the blank $4$

Five equal annual contributions are to be made to a fund, with the first deposit on December $31,2019.$ Determine the equal contributions that, if invested at $10\%$ compounded annually, will produce a fund of $$30,000$ on December $31,2024.$

Round your answer to two decimal places.

$ fill in the blank $5$

Beginning on December $31,2020,6$ equal annual withdrawals are to be made. Determine the equal annual withdrawals if $$11,000$ is invested at $10\%$ interest compounded annually on December $31,2019.$

Round your answer to two decimal places.

$ fill in the blank $6$