Bundle: Personal Finance, Loose-leaf Version, 13th + MindTap Finance, 1 term (6 months) Printed Access Card
Bundle: Personal Finance, Loose-leaf Version, 13th + MindTap Finance, 1 term (6 months) Printed Access Card
13th Edition
ISBN: 9781337587877
Author: E. Thomas Garman, Raymond Forgue
Publisher: Cengage Learning
bartleby

Videos

Textbook Question
Book Icon
Chapter 2, Problem 1DTM

Economic Trade-off of Graduate School. Jessica Sotomajor, of Bangor, Maine, works for a military contractor and hopes to earn an extra $1,000,000 over her remaining 30-year working career by going back to school to obtain a doctor’s degree. If her income projection is correct, that’s an average of over $28,000more income a year. Jessica’s employer is willing to pay half, or $45,000, toward the $90,000 cost of the annual Ph.D. program, so she must pay $45,000 of her own money. Jessica wonders if expected extra income would warrant spending the money to get the Ph.D.

  1. What is the forgone lost future value of her $45,000 over the 30 years at 6 percent? (Hint: See Appendix A.1.)
  2. What would be the forgone lost future value of $90,000 over 30 years if Jessica had to pay all the costs for her doctoral degree? (Hint: See Appendix A.1.)
  3. Advise Jessica as to what she should do.

a

Expert Solution
Check Mark
Summary Introduction

To determine: The forgone lost future value of R’s $45,000 over the 30 years at 6 percent.

Introduction:

Future value (FV): It is the valuation of an asset expected to the end of a particular time period in the future. Future value of a single payment or series of deposits can be calculated. Future value of a single payment can be calculated using following equation

  FV=(presentvalueofsumofmoney)(1.0+i)n

Where i represents the interest rate and, n represents the number of time periods.

A future value table can also be used to determine future dollar value of investment, it can provide a quick and easy way to determine the future dollar value of investment, and a future value table shows the value future of $1 at a given interest rate for a specified period.

Answer to Problem 1DTM

Forgone future value $258,457.5

Explanation of Solution

Given J is willing to contribute $45,000 towards Ph.D. program.

It can be determined using following formula.

  FV=(presentvalueofsumofmoney)(1.0+i)n

  FV = $45,000 ×(1 + 0.06)30

It can also be determined using, Future value table by determining future value factor using given information from future value table in Appendix A.1.

The future value of cash flow can be computed by using PVIF table given in Appendix A.1

The future value factor for 30 year period at 6 percent is 5.7435; hence the solution will be

  FV=$45,000×5.7435, or $258,457.5

b

Expert Solution
Check Mark
Summary Introduction

To determine: The forgone future value at $90,000.

Introduction:

Future value (FV): It is the valuation of an asset expected to the end of a particular time period in the future. Future value of a single payment or series of deposits can be calculated. Future value of a single payment can be calculated using following equation

  FV=(presentvalueofsumofmoney)(1.0+i)n

Where i represents the interest rate and, n represents the number of time periods.

A future value table can also be used to determine future dollar value of investment, it can provide a quick and easy way to determine the future dollar value of investment, and a future value table shows the value future of $1 at a given interest rate for a specified period.

Answer to Problem 1DTM

Forgone future value of $90,000. is $516,924

Explanation of Solution

Given J is willing to contribute $45,000 towards Ph.D. program.

It can be determined using following formula.

  FV=(presentvalueofsumofmoney)(1.0+i)n

  FV = $90,000 ×(1 + 0.06)30

Value of her $90,000 over 30 years at 6 percent, can also be found using future value for this first find future value factor from future value table given in Appendix A.1.

The future value factor for 6 percent in 30 years is 5.7535.

Thus the forgone lost future value of the $90,000 is

FV = $516,924 ($90,000 × 5.7435 future value factor)

c

Expert Solution
Check Mark
Summary Introduction

To advice: J regarding the decision to obtain Ph.D. Degree.

Introduction:

Future value (FV): It is the valuation of an asset expected to the end of a particular time period in the future. Future value of a single payment or series of deposits can be calculated. Future value of a single payment can be calculated using following equation

  FV=(presentvalueofsumofmoney)(1.0+i)n

Where i represents the interest rate and, n represents the number of time periods.

A future value table can also be used to determine future dollar value of investment, it can provide a quick and easy way to determine the future dollar value of investment, and a future value table shows the value future of $1 at a given interest rate for a specified period.

Answer to Problem 1DTM

It is advised to go ahead with plan to obtain Ph.D. degree.

Explanation of Solution

Although it is wise to take the opportunity to obtain the Ph.D. degree. It is also advised to consider the impact of any potential reduction in income while obtaining the degree. This reduction still may not make decision to obtain degree unsound.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!
Students have asked these similar questions
After graduation, you have been offered an engineering job with a large company that has offices in Tennessee and Pennsylvania. The salary is $55,000 per year at either location. Tennessee’s tax burden (state and local taxes) is 6% and Pennsylvania’s is 3.07%. If you accept the position in Pennsylvania and stay with the company for 10 years, what is the FW of the tax savings? Your personal MARR is 10% per year.
Jenny Jenks has researched the financial pros and cons of entering into a​ 1-year MBA program at her state university. The tuition and needed books for a​ master's program will have an upfront cost of $51,000. If she enrolls in an MBA​ program, Jenny will quit her current​ job, which pays ​$50,000 per year after taxes​ (for simplicity, treat any lost earnings as part of the upfront​ cost). On​ average, a person with an MBA degree earns an extra ​$21,000 per year​ (after taxes) over a business career of 39 years. Jenny believes that her opportunity cost of capital is 5.3​%. Given her​estimates, find the net present value​ (NPV) of entering this MBA program. Are the benefits of further education worth the associated​ costs? The net present value​ (NPV) of entering this MBA program is Are the benefits of further education worth the associated​ costs?
A man who is 30 years old at the start of the year, is considering getting an MFM degree. He currently earns $40,000 per year and expects to continue earning that amount for the rest of his working life (until age 65). He will give up his income for two years and will pay $20,000 per year in tuition, if he attends business school. In exchange, he expects a raise in his salary after completing his MFM. Assume that the post-graduation salary grows at a 5% annual rate and that the discount rate is 8%. What is the minimum expected starting salary after graduation for him that makes attending business school a positive-NPV investment? (Assuming that all cash flows happen at the end of each year.) Use Time Value of Money calculations.
Knowledge Booster
Background pattern image
Finance
Learn more about
Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, finance and related others by exploring similar questions and additional content below.
Similar questions
SEE MORE QUESTIONS
Recommended textbooks for you
Text book image
Personal Finance
Finance
ISBN:9781337669214
Author:GARMAN
Publisher:Cengage
Text book image
Pfin (with Mindtap, 1 Term Printed Access Card) (...
Finance
ISBN:9780357033609
Author:Randall Billingsley, Lawrence J. Gitman, Michael D. Joehnk
Publisher:Cengage Learning
What is an Annuity? Are Annuities a Good Investment? Basics of an Annuity, a Whiteboard Animation; Author: Learn to invest;https://www.youtube.com/watch?v=Wq7nq8Gx78w;License: Standard YouTube License, CC-BY