 Applied Numerical Methods with MATLAB for Engineers and Scientists, 2/e Steven C. Chapra,
Tufts University
Numerical Differentiation
Chapter ObjectivesThe primary objective of this chapter is to introduce you to numerical differentiation. Specific objectives and topics covered are
| 1. Understanding the application of high-accuracy numerical differentiation formulas for equispaced data. |
 |  |  | | 2. Knowing how to evaluate derivatives for unequally spaced data. |
 |  |  | | 3. Understanding how Richardson extrapolation is applied for numerical differentiation. |
 |  |  | | 4. Recognizing the sensitivity of numerical differentiation to data error. |
 |  |  | | 5. Knowing how to evaluate derivatives in MATLAB with the diff and gradient functions. |
 |  |  | | 6. Knowing how to generate contour plots and vector fields with MATLAB. |
|