Methods of Integration

By M Bourne

integrals - handwriting
Image source: Akash_k.


Related Sections in
"Interactive Mathematics"

Introduction to Integration

Applications of Integration

Fourier Series application

Differential Equations are a special type of integration

Laplace Transforms of Integrals

This chapter explores some of the techniques for finding more complicated integrals. (If you need to go back to basics, see the Introduction to Integration.)

By studying the techniques in this chapter, you will be able to solve a greater variety of applied calculus problems.

Some of the techniques may look a bit scary at first sight, but they are just the opposite of the basic differentiation formulas and transcendental differentiation formulas.

Also, the methods in this chapter are based on the General Power Formula for Integration which we met before.

Good luck!

You may be interested to read the Introduction to Calculus, which has a brief history of calculus.

In this Chapter

We begin with a fundamental technique, the General Power Formula »

Didn't find what you are looking for on this page? Try search:

Online Algebra Solver

This algebra solver can solve a wide range of math problems. (Please be patient while it loads.)

Ready for a break?

 

Play a math game.

(Well, not really a math game, but each game was made using math...)

The IntMath Newsletter

Sign up for the free IntMath Newsletter. Get math study tips, information, news and updates each fortnight. Join thousands of satisfied students, teachers and parents!

Given name: * required

Family name:

email: * required

See the Interactive Mathematics spam guarantee.

Share IntMath!

Short URL for this Page

Save typing! You can use this URL to reach this page:

intmath.com/methodsint

Calculus Lessons on DVD

 

Easy to understand calculus lessons on DVD. See samples before you commit.

More info: Calculus videos

Loading...
Loading...