Difference between revisions of "IntegralSymbolic Command"
From GeoGebra Manual
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;IntegralSymbolic(<Function>) | ;IntegralSymbolic(<Function>) | ||
| − | :Gives the indefinite symbolic integral | + | :Gives the indefinite symbolic integral with respect to the main variable. The constant of integration ''c'' is not shown automatically as a slider. |
:{{example|1=<code><nowiki>IntegralSymbolic(3x^2)</nowiki></code> yields <math>x^3+c_{1}</math>.}} | :{{example|1=<code><nowiki>IntegralSymbolic(3x^2)</nowiki></code> yields <math>x^3+c_{1}</math>.}} | ||
;IntegralSymbolic(<Function>, <Variable>) | ;IntegralSymbolic(<Function>, <Variable>) | ||
| − | :Gives the partial symbolic integral | + | :Gives the partial symbolic integral with respect to the given variable. The constant of integration ''c'' is not shown automatically as a slider. |
:{{Example|1=<code><nowiki>IntegralSymbolic(x³+3x y, x)</nowiki></code> gives'' <math> \frac{1}{4}x^4</math> + <math>\frac{3}{2} x² y+c_{1} </math>'' .}} | :{{Example|1=<code><nowiki>IntegralSymbolic(x³+3x y, x)</nowiki></code> gives'' <math> \frac{1}{4}x^4</math> + <math>\frac{3}{2} x² y+c_{1} </math>'' .}} | ||
Revision as of 16:31, 7 October 2020
- IntegralSymbolic(<Function>)
- Gives the indefinite symbolic integral with respect to the main variable. The constant of integration c is not shown automatically as a slider.
- Example:
IntegralSymbolic(3x^2)yields x^3+c_{1}.
- IntegralSymbolic(<Function>, <Variable>)
- Gives the partial symbolic integral with respect to the given variable. The constant of integration c is not shown automatically as a slider.
- Example:
IntegralSymbolic(x³+3x y, x)gives \frac{1}{4}x^4 + \frac{3}{2} x² y+c_{1} .
