Future Value of an Investment

Slides:



Advertisements
Similar presentations
Simple and Compound Interest
Advertisements

1 Chapter 11 Time Value of Money Adapted from Financial Accounting 4e by Porter and Norton.
Regular Deposits And Finding Time. An n u i t y A series of payments or investments made at regular intervals. A simple annuity is an annuity in which.
7-8 simple and compound interest
Chapter IV Tutorial Time Value of Money. Important Abbreviations N (number of periods) I/Y (interest per year) PV (present value) PMT (payment) FV (future.
Journal: Write an exponential growth equation using the natural base with a horizontal asymptote of y=-2.
Compound Interest. Compound Interest (except continuous) When the bank pays interest on both the principal and the interest an account has already earned,
Warm Up What is wealth and why is it desirable?. Definition of Wealth.
Week 13 Simple Interest. Lesson Objectives After you have completed this lesson, you will be able to: Represent or solve simple interest problems. Solve.
Lesson 9 – 5 Exponential Equations & Inequalities
Compound Interest and Present Value
Managing your Personal Finances Simple vs. Compound Interest Mr
Compound Interest and Present Value
Basic Finance The Time Value of Money
Chapter 5 The time value of money.
Time Value of MoNey - business applications
Understanding and Appreciating the Time Value of Money
Compound Interest and Present Value
Compound Interest Making Money!!!.
QMT 3301 BUSINESS MATHEMATICS
Simple and Compound Interest
Time Value of Money 1: Analyzing Single Cash Flows
Sullivan Algebra and Trigonometry: Section 6.6
Section 6.7 Financial Models.
CHAPTER 8 Personal Finance.
Questions-DCF and NPV.
Financial Applications -Compound Interest Present Value
Time Value of Money Present value of any the amount of money today that would future sum of money = be needed at current interest rates to.
VOCABULARY WORD DESCRIPTION Principal Interest Interest Rate
Savings Accounts Chapter 3 Section 6.
Interest is about what happens to your money
8.3 Compound Interest HW: (1-21 Odds, Odds)
Before we look at 7-2… A few more examples from 7-1.
Chapter 3.3 Time Value of Money.
Compound Interest, Future Value, and Present Value
Applications of Exponential Functions
Interest is about what happens to your money
Interest Principal (p) - Amount borrowed or invested.
Compound Interest Making Money!!!.
3-8 PRESENT VALUE OF INVESTMENTS
Time Value of Money Math
Exponential Functions
CDs and Annual Yield Lesson 7.3.
FM5 Annuities & Loan Repayments
Annuities.
Lesson 6: Regular Payment of an Annuity
Applications of Sequences and Series.
Lesson 7.7 Simple and Compound Interest
Present Value Time Value of Money.
Sam opened a savings account that compounds interest at a rate of 3% annually. Let P be the initial amount Sam deposited and let t be the number of years.
2-4 Explore Compound Interest
Day 86 – Introduce the power of interest
Lesson 7.8: Simple Interest
2-5 Compound Interest Formula
2-7 Future Value of Investments
Preview Warm Up California Standards Lesson Presentation.
Simple and Compound Interest Formulas and Problems
CHAPTER 8 Personal Finance.
Section 8.3 Analyzing Geometric Sequences and Series
HOW TO MAKE MONEY WITHOUT DOING ANY WORK
Time Value of Money-PART 1
Splash Screen.
Time Value of Money Math
CDs and Annual Yield Lesson 25.
Future Value and Compounding
More Applications of Percents
6.6 Simple/Compound interest
5F Compound Interest, 5G Depreciation
Future Value of Investments
§8.3, Compound Interest.
Presentation transcript:

Future Value of an Investment - Time Value of Money -

Time Value of Money or TVM Is the value of a sum of money over time after gaining some interest that is paid on a principal investment. The first TVM formula we are going to analyzed is called future value.

Future Value Is the value of an investment after a certain time in the future that represents a specific amount today. In other words, it is how much an investment today will be worth in the future.

Write A future value formula using the following table: X Y 500 1 532.5 2 567.11 3 603.97 4 643.23

This is the equation

We will generate a future value formula FV = future value of the investment (y) PV = present value of the investment (a) r = interest rate t = time in years (x)

What if it is Compounded more that once a year? Mrs. Fierro wants to know what would be the balance in her account if she makes a deposit of $5000 and the account pays an interest rate of 5% compounded monthly after 5 years. First, set up a formula: FV = 5000(1 + 0.05/12)^5x12 FV = 5000 (1.0041666666667)^60 FV = 6416.79

summary In this lesson we were able to find the future value of an investment using exponential equations. We learned that the value of money will change through time due to different factors like interest rates, time, and compound periods. We generated a Future value formula based on exponential equations, and then we modified the formula in a way that it would be able to calculate the future value with different compounding periods.

summary We also learned that compounded periods are the periods or the times that the interest will be calculated during a year. The formula we will be using for Future Value is the following:

assignment Section 6.3 in flexbook Page 176 Practice: 1-12

vocabulary Time Value of Money or TVM: is the value of a sum of money over time after gaining some interest that is paid on a principal investment. Future Value: Is the value of an investment after a certain time in the future that represents a specific amount today. In other words, is how much an investment today will be worth in the future. Principal: initial investment or loan. Compound period: is how many times in a year interest will be generated