INTEGRATE - Revision history

Jrheinlaender at 16:29, 18 May 2025

2025-05-18T16:29:38Z

← Older revision		Revision as of 16:29, 18 May 2025
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	<code>INTEGRATE ( [[equation‎‎‎‎]], [[symbol]];[[symbol]], [[symbol]];[[symbol]])</code>		<code>INTEGRATE ( [[equation‎‎‎‎]], [[symbol]];[[symbol]], [[symbol]];[[symbol]])</code>

	<code>INTEGRATE ( [[equation‎‎‎‎]]\|[[expression]], [[symbol]], [[~~symbol~~]], [[~~symbol~~]])</code>		<code>INTEGRATE ( [[equation‎‎‎‎]]\|[[expression]], [[symbol]], [[expression]], [[expression]])</code>

	<code>INTEGRATE ( [[equation‎‎‎‎]], [[symbol]];[[symbol]], [[~~symbol~~]];[[~~symbol~~]], [[~~symbol~~]];[[~~symbol~~]])</code>		<code>INTEGRATE ( [[equation‎‎‎‎]], [[symbol]];[[symbol]], [[expression]];[[expression]], [[expression]];[[expression]])</code>
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	In the first form, create an integral for the expression or for both sides of the equation with respect to the first symbol. The third parameter is the integration constant to be used.		In the first form, create an integral for the expression or for both sides of the equation with respect to the first symbol. The third parameter is the integration constant to be used.

Jrheinlaender at 19:20, 27 June 2017

2017-06-27T19:20:53Z

← Older revision		Revision as of 19:20, 27 June 2017
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	will give the result <code>∫y(x) dx = -cos(x) + C</code>		will give the result <code>∫y(x) dx = -cos(x) + C</code>
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			[[INT]] [[INT FROM ... TO]]
	}}		}}
	[[Category:Manipulation]]		[[Category:Manipulation]]

Jrheinlaender: Created page with "{{Keyword | `INTEGRATE ( equation‎‎‎‎|expression, symbol, symbol)` `INTEGRATE ( equation‎‎‎‎, symbol;symbol,..."`


2017-03-26T19:39:27Z
Created page with "{{Keyword | <code>INTEGRATE ( equation‎‎‎‎|expression, symbol, symbol)</code>  <code>INTEGRATE ( equation‎‎‎‎, symbol;symbol,..."
New page
{{Keyword

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<code>INTEGRATE ( [[equation‎‎‎‎]]&#124;[[expression]], [[symbol]], [[symbol]])</code>



<code>INTEGRATE ( [[equation‎‎‎‎]], [[symbol]];[[symbol]], [[symbol]];[[symbol]])</code> 



<code>INTEGRATE ( [[equation‎‎‎‎]]&#124;[[expression]], [[symbol]], [[symbol]], [[symbol]])</code> 



<code>INTEGRATE ( [[equation‎‎‎‎]], [[symbol]];[[symbol]], [[symbol]];[[symbol]], [[symbol]];[[symbol]])</code> 

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In the first form, create an integral for the expression or for both sides of the equation with respect to the first symbol. The third parameter is the integration constant to be used. 



In the second form, create an integral for both sides of the equation with respect to the two symbols in the first list. The list in the third parameter contains the integration constants to be used. This form allows for integration to different variables on both sides of the equation.



In the third form, create an integral for the expression or for both sides of the equation with respect to the first symbol. The third parameter is the lower bound, the fourth is the upper bound. In this case of course no integration constant is required.



The fourth form allows for integration to different variables and bounds on both sides of the equation.



The integral(s) will be evaluated immediately (if possible). If you want to create an integral that should not be evaluated immediately, use <code>[[INT FROM ... TO]]</code>.

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3=

<code>FUNCTION { {none}, y, x}</code>



<code>@y@ EQDEF y = sin(x)</code>



<code>@int@ EQDEF INTEGRATE(@y@, x, C)</code>



will give the result <code>∫y(x) dx = -cos(x) + C</code>

}}

[[Category:Manipulation]]

INTEGRATE - Revision history

Jrheinlaender at 16:29, 18 May 2025

Jrheinlaender at 19:20, 27 June 2017

Jrheinlaender: Created page with "{{Keyword | INTEGRATE ( equation‎‎‎‎|expression, symbol, symbol) INTEGRATE ( equation‎‎‎‎, symbol;symbol,..."

Jrheinlaender: Created page with "{{Keyword | `INTEGRATE ( equation‎‎‎‎|expression, symbol, symbol)` `INTEGRATE ( equation‎‎‎‎, symbol;symbol,..."`