I will skip the preliminaries of describing the definite integral.
You can use the definite integral to find the area between two curves.
Simply draw the graphs and then determine the region over which you are integrating.
The hardest part is to draw the graphs and identify the region in question. Once you have done that it just becomes a matter of crunching numbers and integrating.
note: if image is too small, double-click on it and it should open in a separate page where you can zoom.
skip to main |
skip to sidebar
Pages
Subscribe to:
Post Comments (Atom)
Blog Archive
-
▼
2011
(24)
-
▼
January
(23)
- Exponential Functions Integration Example 5A
- Exponential Functions - Integration Example 5
- Exponential Functions Example 4
- Exponential Functions- Integration Example 3
- Exponential Functions - Integration Example 2
- Exponential Functions - Derivative Ex3
- Exponential Functions - Derivative Example 2
- Exponential Functions - Derivative Example 1
- The Natural Logarithm - Logarithmic Differentiatio...
- The Natural Logarithm- Logarithmic Differentiation...
- The Natural Logarithm - Logarithmic Differentiatio...
- The Natural Logarithm - Integration Example 3
- The Natural Logarithm - Integrals involving the na...
- The Natural Logarithm - and the Calculus of its fu...
- Calculus- Find the Work Required To Remove Water F...
- Calculus- Finding the Work Required to Fill a Tank...
- Calculus - Finding the Arc Length of a Curve
- Calculus- Finding Volume By Cylindrical Shells
- Using the Method of Washers to Find Volume
- Finding Volume Using Method of Washers Example 3
- Calculus of Disks, Washers, Slicing -- Example 2 U...
- Volume Using the Method of Disks (Discs), Slicing,...
- Area Between The Curves - Using the Definite Integral
-
▼
January
(23)
Followers
Powered by Blogger.
No comments:
Post a Comment