PERSONAL FINANCE (LL)
PERSONAL FINANCE (LL)
13th Edition
ISBN: 9781337885942
Author: GARMAN
Publisher: CENGAGE L
bartleby

Videos

Textbook Question
Book Icon
Chapter 5, Problem 1DTM

Invest Now or Later? Twins Natalie and Kaitlyn are both age 27. They both live in Warren, Ohio. Beginning at age 27, Natalie invests $2,000 per year for ten years and then never sets aside another penny. Kaitlyn waits ten years and then invests $2,000 per year for the next 30 years. Assuming they both earn 7 percent, how much will each twin have at age 67? (Hint: Use Appendixes A.1 and A.3 or visit the Garman/Forgue companion website.

Expert Solution & Answer
Check Mark
Summary Introduction

To calculate:The future value of the investment of each person.

Introduction: Time value of money is the concept of finance which calculates the effect of time over the value of money. As per this concept the present value of a future amount is lower than the future value. The present value/ future value of an amount is calculated using the interest rate as discount rate.

Answer to Problem 1DTM

The future value of the investment of each person is as follows:

    Future value of investment
    N $ 2,10,350.68
    K$ 7,31,069.92

Explanation of Solution

The future value of the investment of each person is calculated as follows:

    N:
    Annual investment (A) $ 2,000
    Years of investment (B)10
    Interest rate (C)7%
    Future value of annuity $1 (7%, 10 years) (D) 13.8165
    Future value after 10 years (E) (A   × D) $ 27,633
    Remaining years (F) (67-37)30
    Future value of lump sum $1 (7%, 30 years) (G) 7.6123
    Future value at the age of 67 (E
      × G))
    $ 2,10,350.68
    K:
    Annual investment (A) $ 2,000
    Years of investment (B)30
    Interest rate (C)7%
    Future value of annuity $1 (7%, 30 years) (D) 94.4608
    Future value after 30 years (E) (A × D) $ 1,88,921.60
    Remaining years (F) (67-47)20
    Future value of lump sum $1 (7%, 20 years) (G) 3.8697
    Future value at the age of 67 (E ×G))$ 7,31,069.92

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
Use the binomial method to determine the value of an American Put option at time t = 0. The option expires at time t = T = 1/2 and has exercise price E = 55. The current value of the underlying is S(0) = 50 with the underlying paying continuous dividends at the rate D = 0.05. The interest rate is r = 0.3. Use a time step of St = 1/6. Consider the case of p = 1/2 and suppose the volatility is σ = 0.3. Perform all calculations using a minimum of 4 decimal places of accuracy. =
Consider a European chooser option with exercise price E₁ and expiry date T₁ where the relevant put and call options, which depend on the value of the same underlying asset S, have the same exercise price E2 and expiry date T₂. Determine, in terms of other elementary options, the value of the chooser option for the special case when T₁ = T2. Clearly define all notation that you use.
The continuous conditional probability density function pc(S, t; S', t') for a risk neutral lognormal random walk is given by Pc(S, t; S', t') = 1 σS'√2π(t' - t) - (log(S/S) (ro²)(t − t)] exp 202 (t't) In the binomial method, the value of the underlying is Sm at time step môt and the value of the underlying at time step (m + 1)St is Sm+1. For this case evaluate Ec[(Sm+1)k|Sm] = [°° (S')*pc(S™, mdt; S', (m + 1)8t)dS' showing all steps, where k is a positive integer with k ≥ 1. You may assume that 1 e (x-n)2 2s2dx = 1 for all real numbers n and s with s > 0.
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
Cornerstones of Cost Management (Cornerstones Ser...
Accounting
ISBN:9781305970663
Author:Don R. Hansen, Maryanne M. Mowen
Publisher:Cengage Learning
Text book image
Personal Finance
Finance
ISBN:9781337669214
Author:GARMAN
Publisher:Cengage
The Economics Of MARRIAGE; Author: Economic Raven;https://www.youtube.com/watch?v=I_M3RIMWju8;License: Standard Youtube License