BACKGROUND

What is integration? [PDF] [DOC]

A Primer on Integral Calculus [PDF] [DOC]

Test your knowledge of background of integration [HTML] [PDF] [DOC]

 

PHYSICAL PROBLEM

Electrical components do not match their nominal value. Will the variation in the component value result in acceptable circuit behavior? [PDF] [DOC]

 

NUMERICAL METHOD

TRAPEZOIDAL RULE

A Textbook Chapter on Trapezoidal Rule? [PDF] [DOC]

Trapezoidal Rule Derivation [YOUTUBE 10:51]

Trapezoidal Rule: Example [YOUTUBE  7:18] 

Trapezoidal Rule Multiple Segment Rule: Motivation [YOUTUBE 4:53]

Trapezoidal Rule Multiple Segment Rule: Derivation [YOUTUBE 7:48]

Trapezoidal Rule Multiple Segment Rule: Example: Part 1 [YOUTUBE 8:17]

Trapezoidal Rule Multiple Segment Rule: Example: Part 2 [YOUTUBE 3:41]

Trapezoidal Rule Multiple Segment Rule: Error Derivation [YOUTUBE  8:46] 

Trapezoidal Rule Multiple Segment Rule: Error Example [YOUTUBE  8:52] 

Method of Undetermined Coefficients: Trapezoidal Rule Derivation [YOUTUBE 10:00]

A Power Point Presentation on Trapezoidal Method [PDF] [PPT]

Worksheet of Trapezoidal method [PDF] [NB]

Convergence worksheet of Trapezoidal Method [PDF] [NB]

Test your Knowledge of Trapezoidal Method [HTML] [PDF] [DOC]

 

SIMPSON'S 1/3rd RULE

How does Simpson's 1/3rd Rule method work? [PDF] [DOC]

A Power point presentation on Simpson's 1/3rd Rule method [PDF] [PPT]

Worksheet of Simpson's 1/3rd Rule method [PDF] [NB]

Convergence worksheet of Simpson's 1/3rd Rule method [PDF] [NB]

Test your knowledge of Simpson's 1/3rd Rule method [HTML] [PDF] [DOC]

 

ROMBERG INTEGRATION

How does Romberg method work? [PDF] [DOC]

A Power point presentation on Romberg method [PDF] [PPT]

Worksheet of Romberg method [PDF] [NB]

Convergence worksheet of Romberg method [PDF] [NB]

Test your knowledge of Romberg method [HTML] [PDF] [DOC]

 

GAUSS QUADRATURE

How does Gauss-Quadrature method work? [PDF] [DOC]

Method of Undetermined Coefficients: Trapezoidal Rule Derivation [YOUTUBE 10:00]

2-pt Gaussian Quadrature Rule: Derivation  [YOUTUBE  8:43] 

n-pt Gaussian Quadrature Rule: Discussion [YOUTUBE 8:52]

Converting Limits of Integration [YOUTUBE 7:13]

Gaussian Quadrature Rule: Example [ YOUTUBE 8:55]

1-pt Gaussian Quadrature Rule: Derivation  [YOUTUBE  8:36] 

Complete Derivation of Two Point Gaussian Quadrature Rule: Part 1 [ YOUTUBE 9:46]

Complete Derivation of Two Point Gaussian Quadrature Rule: Part 2 [ YOUTUBE 3:31]

Complete Derivation of Two Point Gaussian Quadrature Rule: Part 3 [ YOUTUBE 9:58]

A Power point presentation on Gauss-Quadrature method [PDF] [PPT]

Worksheet of Gauss-Quadrature method [PDF] [NB]

Convergence worksheet of Gauss-Quadrature method [PDF] [NB]

Test your knowledge of Gauss-Quadrature method [HTML] [PDF] [DOC]

 

ANECDOTES

Integrating discrete function  [PDF] [DOC] | [NB] [PDF]

Integrating Discrete Functions by Average Method [YOUTUBE 8:29]

Integrating Discrete Functions by Trapezoidal Rule [YOUTUBE  10:52] 

Integrating Discrete Functions via Polynomial Interpolation [YOUTUBE 9:32]

Integrating improper integrals  [PDF] [DOC

Newton [HTML] [PDF] [DOC]

Cotes [HTML] [PDF] [DOC]

Gauss [HTML] [PDF] [DOC]

Simpson [HTML] [PDF] [DOC]

Romberg [HTML] [PDF] [DOC]

 

 

Audience | Awards | People | Tracks | Dissemination | Publications


Creative Commons License Copyrights: University of South Florida, 4202 E Fowler Ave, Tampa, FL 33620-5350. All Rights Reserved. Questions, suggestions or comments, contact kaw@eng.usf.edu  This material is based upon work supported by the National Science Foundation under Grant# 0126793, 0341468 and 0717624.  Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.  Other sponsors include Mathematica, MathCAD, USF, FAMU and MSOE.  Numerical Methods for Undergraduates by http://numericalmethods.eng.usf.edu is licensed under a Creative Commons Attribution-Noncommercial-Share Alike 3.0 United States License.  Based on a work at numericalmethods.eng.usf.edu