antiderivative: the indefinite integral
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DUY TAN UNIVERSITY. Teacher: Nguyen Thi Le Nhung. Antiderivative: The Indefinite integral. 3. Practical applications. 1. Antiderivative. 2. Rules for integrating common functions. DUY TAN UNIVERSITY. Antiderivative. 1. Antiderivative. A function F ( x ) for which - PowerPoint PPT PresentationTRANSCRIPT
Antiderivative: The Indefinite integral
Teacher: Nguyen Thi Le Nhung
3. Practical applications
2. Rules for integrating
common functions
DUY TAN UNIVERSITY
1. Antiderivative
1. Antiderivative
AntiderivativeDUY TAN UNIVERSITY
A function F(x) for which
For every x in the domain of f is said to be an antiderivative of f(x).
'( ) ( )F x f x
4 21( ) 1
4F x x x
Find f(x) such as F(x) is an antidervitative of f(x).
Example 1:
We will represent the family of all antiderivatives of f(x) by using the symbolism
Which is called the indefinit integral of f.
( ) ( )f x dx F x C
If F(x) is an antiderivative of the continuous function f(x), any other antiderivative of f(x) has form F(x) +C for some constant C.
Fundamental Property of Antiderivative
DUY TAN UNIVERSITY Antiderivative
DUY TAN UNIVERSITY
for constantkdx kx C k
Section 1: Functions.
2. Rules for integrating
11for all 1
1x dx x C
1
ln | | for all 0dx x C xx
1
for all 0kx kxe dx e C kk
( ) ( ) for constantkf x dx k f x dx C k
[ ( ) ( )] ( ) ( )f x g x dx f x dx g x dx
Section 1 : Functions.DUY TAN UNIVERSITY
3. Practical applicationsExample 1
It is estimated that x months from now the population of a certain town will be changing at the rate of people per month. The current population is 3000. What will be the population 4 months from now?
2 4 x
DUY TAN UNIVERSITY
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