Mathematics of Finance
4.6 (12 ratings)
153 students enrolled
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# Mathematics of Finance

Compound Interest, Annuities, and Amortization of Loans
4.6 (12 ratings)
153 students enrolled
Created by Chris Levy
Last updated 3/2016
English
Current price: \$10 Original price: \$20 Discount: 50% off
30-Day Money-Back Guarantee
Includes:
• 2.5 hours on-demand video
• Access on mobile and TV
• Certificate of Completion
Description

Learn the basics of the mathematics behind finance. In this course you will learn about compound interest, annuities, and amortization of loans. For more details check out all the lecture titles and descriptions!

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Curriculum For This Course
22 Lectures
02:26:25
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Compound Interest
6 Lectures 38:01

In this video you will be introduced to common terms used in the theory of interest such as present value, future value, annual interest rates, and periodic interest rates. You will also learn the main compound interest formula.

Preview 07:18

After watching this video you will have a better understanding of the compound interest formula and the different terms that appear in it. You will know how to calculate the future value of an investment and the interest earned.

Preview 07:36

After watching this video you will know what an effective rate is and how to calculate it. You will be able to use the effective rate to compare two different investments (with different rates and compound frequencies), to find out which investment is the better choice.

Preview 05:22

After watching this video you will be able to figure out how much to invest so that it grows to a specific value in the future for a given interest rate.

Compound Interest Formula: Calculating the Present Value
03:51

After watching this video you will know how to find the interest rate which will grow your investment to a specific future value over a specific length of time.

Compound Interest Formula: Calculating the Interest Rate
06:33

After watching this video you will be able to find the length of time it takes for some initial principal to grow to a specific future value under a given interest rate.

Compound Interest Formula: Calculating the Time
07:21
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Interest Compounded Continuously
4 Lectures 22:29

After watching this video you will understand what it means for interest to be compounded continuously. You will also learn about a famous mathematical constant called Euler's number and will find out its relationship to compound interest.

Interest Compounded Continuously and Euler's Number
07:54

After watching this video you will understand the main formula for interest compounded continuously. The formula is derived in this video.

Interest Compounded Continuously: Derivation of the Formula
04:14

After watching this video you will be able to calculate the effective rate for interest compounded continuously. You will be able to use it to compare investments.

Effective Rate for Interest Compounded Continuously
05:35

After watching this video you will know how to solve for time in the formula for interest compounded continuously. You will also learn to solve for the nominal rate. Therefore you will be able to calculate the length of time for an investment to grow to a specific amount when interest is compounded continuously. You will also know what rate is required so that an investment grows to a specific amount in a fixed amount of time when interest is compounded continuously.

Interest Compounded Continuously: Calculating the Interest Rate and the Time
04:46
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Review
1 Lecture 06:28

In this video we quickly review the main concepts and formulas in the previous videos.

Review of Main Concepts Covered
06:28
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Annuities
9 Lectures 59:32

After watching this video you will know what an annuity is. We talk about the difference between an ordinary annuity and an annuity due. You will also understand what the present value and future value of an annuity are. We do not introduce any new formulas in this video.

Ordinary Annuities and Annuities Due
09:34

In this video we define what a geometric series is and find a formula for its sum. This formula is necessary for finding the present value and future value formulas for annuities. This formula only gets used in the next two videos which are derivation videos. If you want you can skip this video as well as the next two if you are not as interested in the math behind the formulas. It will give you a better understanding of the material though.

Geometric Series
03:57

In this video we derive the future value formula for an ordinary annuity. If you want to skip this video and just see how we use the formula later then that is fine.

Ordinary Annuity: Derivation of Future Value Formula
06:56

In this video we derive the present value formula for an ordinary annuity. If you want to skip this video and just see how we use the formula later then that is fine.

Ordinary Annuity: Derivation of Present Value Formula
05:33

After watching this video you will know what the present value and future value formulas are for an ordinary annuity. You will also know some common finance notation which gets used when using these formulas.

Ordinary Annuity Formulas Using a Common Financial Notation
07:44

After watching this video you will be able to calculate the future value of an ordinary annuity.

Calculating the Future Value of an Ordinary Annuity
07:08

After watching this video you will be able to calculate the present value of an ordinary annuity. This video is a continuation of the example from the previous video.

Calculating the Present Value of an Ordinary Annuity
04:00

After watching this video you will know the present value and future value formulas for annuities due. In this video we only derive the formulas so feel free to skip to the next video where we show how to use them.

Annuities Due: Derivation of the Present Value and Future Value Formulas
06:06

After watching this video you will be able to calculate the present value and future value for annuities due.

Annuities Due: Calculating the Present Value and Future Value
08:34
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Amortization of Loans
2 Lectures 19:55

After watching this video you will be able to calculate different quantities related to the amortization of loans. You will be able to calculate the periodic payment, the outstanding principal, the interest in a specific payment, the principal contained in a specific payment, and the total interest paid.

Amortization of Loans: A Specific Example
12:55

After watching this video you will know what it means to amortize a loan. You will also learn five different amortization formulas. These formulas will be used in an example in the next video.

Amortization of Loans: The Formulas
07:00