Difference between revisions of "AreCollinear Command"

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(Created page with "<noinclude>{{Manual Page|version=5.0}}</noinclude>{{betamanual|version=5.0}} {{command|logical}} {{warning|This GeoGebra command is heavily under construction. Expect to encounte...")
 
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{{warning|This GeoGebra command is heavily under construction. Expect to encounter various problems when trying it out. The syntax or the output of this command may be subject to change.}}
 
{{warning|This GeoGebra command is heavily under construction. Expect to encounter various problems when trying it out. The syntax or the output of this command may be subject to change.}}
 
;AreCollinear[  <Point>, <Point>, <Point>  ]
 
;AreCollinear[  <Point>, <Point>, <Point>  ]
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:Decides if the points are collinear.
 +
Normally this command computes the result numerically. This behavior can be changed by using the [[Prove Command|Prove]] command.
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{{example| 1=<div><code><nowiki>AreCollinear[(1, 2), (3, 4), (5, 6)]]</nowiki></code> yields ''true'' since all the three points lying on the same line.</div>}}
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{{Note| See also [[AreConcurrent Command|AreConcurrent]], [[AreConcyclic Command|AreConcyclic]], [[AreEqual Command|AreEqual]], [[ArePerpendicular Command|ArePerpendicular]], [[AreParallel Command|AreParallel]] commands.}}

Revision as of 17:02, 31 October 2012


Warning Warning: This GeoGebra command is heavily under construction. Expect to encounter various problems when trying it out. The syntax or the output of this command may be subject to change.
AreCollinear[ <Point>, <Point>, <Point> ]
Decides if the points are collinear.

Normally this command computes the result numerically. This behavior can be changed by using the Prove command.

Example:
AreCollinear[(1, 2), (3, 4), (5, 6)]] yields true since all the three points lying on the same line.
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