The communications department hired Marilyn Curtis at an annual salary of $154,950. Advertising costs were$2,247.50. Interviewing expenses were: Marilyn Curtis, $1,647.43; Tom Hart,$996.94. The agency fee is 20% of the first year's salary. What was the total cost of hiring Marilyn?

Determine the total recruiting costs. A tire company recruits a district sales manager. Advertising cost is $917.45; interviewing cost is$694.74; hiring cost is $2,191.47.

John Jacobs earns an annual salary of $150,800. He is paid bi-weekly. (a) What is his bi-weekly gross? (b) If John receives a 3.8% COLA increase, what will be his new bi-weekly gross?

Sketch reasonable graphs for the following:The total revenue generated by a car rental business , plotted against the amount spent on advertising. Pay particular attention to the concavity of the graphs.

Find the total recruiting cost.

Advertising expenses, $1975;
interviewing expenses,$470 and $860;
hiring expenses$475, $8600, and$11,415.

Determine the total recruiting costs. A manufacturing company recruits a data processing manager. Advertising cost is $1,475.00; interviewing cost is$861.79; hiring cost is $3,791.86.

Find the total recruiting cost.

Executives at Second National Bank are searching for a new Director of Human Resources. They have budgeted $40,000 for the search. They have spent$9,800 on advertising expenses and $8,650 on interviewing expenses. What is the maximum selling price of a home on which Second National would pay 5.5% commission and stay within$40,000 in total recruiting costs?

William Hooper is 75 and has an IRA with a fair market value of $238,650. (a) Use the uniform lifetime table to determine his required minimum distribution. (b) What penalty would he incur if he failed to take the distribution? (c) What penalty would he have incurred if he had made an early withdrawal of$5,000 to pay off some debts?

Alice McAdams started contributing $3,000 per year to her IRA at age 25. She earns 6.4% annual interest compounded annually. Her fair market value is now$717,514.19. (a) Using the uniform lifetime table, what is her required minimum distribution now that she is 70 years of age? (b) What penalty would she incur if she failed to take the distribution?

Yvonne Rowley is 75 and has an IRA with a fair market value of $389,840. (a) Use the uniform lifetime table to determine her required minimum distribution. (b) What penalty would she incur if she failed to take the distribution? (c) What penalty would she have incurred if she had taken an early distribution of$10,000 to pay off some debts?

Nora Beck is 80 and has an IRA with a fair market value of $350,000. (a) Use the uniform lifetime table to determine her required minimum distribution. (b) What penalty would she incur if she failed to take the distribution? (c) What penalty would she incur if she had made an early withdrawal of$20,000 to pay for her grandchild's college education?

Complete the table.

$$\scriptscriptstyle\begin{array}{|c|c|c|c|l|l|} \hline \begin{array}{c} \text {IRA Fair} \\ \text {Market Value} \end{array} & \begin{array}{c} \text {Amount} \\ \text {Withdrawn} \\ \text {at Age 55} \end{array} & \begin{array}{c} \text {Penalty} \\ \text {for Early} \\ \text {Withdrawal} \end{array} & \text {Age} & \begin{array}{c} \text {Required Minimum} \\ \text {Distribution} \end{array} & \begin{array}{c} \text {Penalty} \\ \text {If Not} \\ \text {Withdrawn} \end{array} \\ \hline \$ 284,348 & \$23,780 & \text{a.} & 71 & \text { b. } & \text { c. } \\ \hline \end{array}$$

Complete the table.

$$\scriptscriptstyle\begin{array}{|c|c|c|c|l|l|} \hline \begin{array}{c} \text {IRA Fair} \\ \text {Market Value} \end{array} & \begin{array}{c} \text {Amount} \\ \text {Withdrawn} \\ \text {at Age 55} \end{array} & \begin{array}{c} \text {Penalty} \\ \text {for Early} \\ \text {Withdrawal} \end{array} & \text {Age} & \begin{array}{c} \text {Required Minimum} \\ \text {Distribution} \end{array} & \begin{array}{c} \text {Penalty} \\ \text {If Not} \\ \text {Withdrawn} \end{array} \\ \hline \$ 418,680 & \$ 35,000 & \text{a.} & 80 & \text { b. } & \text { c. } \\ \hline \end{array}$$