Math 105-02: Calculus I: Reading Homework 6.2
- Constructing Antiderivatives Analytically :
- Most General Antiderivatives : what is the most general antiderivative of a function?
- indefinite integrals : what is the notation for an indefinite integral? what does it represent?
- antiderivatives : what is the most general antiderivative of a constant?
- Finding Antiderivatives : what analogy does the book use for finding antiderivatives?
- more antiderivatives : what are the antiderivatives of x^n and 1/x? of e^x, sin(x) and cos(x)? why is the antiderivative of sin(x) what it is?
- properties of antiderivatives : what properties do antiderivatives have?
- Using Antiderivatives to find Definite Integrals : how can antiderivatives be used to find definite integrals? what limitations are there on this method?
Math 105-02: Calculus I: Reading Homework 6.2
Last Modified: Mon Nov 16 08:44:26 1998
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