Numerical integration: Difference between revisions
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TI-89 BASIC has built-in numerical integration with the ∫ operator, but no control over the method used is available so it doesn't really correspond to this task. |
TI-89 BASIC has built-in numerical integration with the ∫ operator, but no control over the method used is available so it doesn't really correspond to this task. |
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<math>\overbrace{{\int}(\mathrm{expr},x,a,b)}^{\mathrm{TI-89}} = \overbrace{\int_{a}^b \mathrm{expr}\ dx}^{\text{Math notation}}</math> |
<math>\overbrace{{\textstyle\int}(\mathrm{expr},x,a,b)}^{\mathrm{TI-89}} = \overbrace{\int_{a}^b \mathrm{expr}\ dx}^{\text{Math notation}}</math> |
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An explicit numerical integration program should be written here. [[Category:TI-89 BASIC examples needing attention]] |
An explicit numerical integration program should be written here. [[Category:TI-89 BASIC examples needing attention]] |
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