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Infinitely many. There are infinitely many points in the plane and although any pair of points define a line, no matter how many lines you are given, it is always possible to find a point that is not on any of them - that is, a point that is not collinear.
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How many different lines are determined by 3 non collinear points?
Any three non-collinear points will define a single plane. A plane is composed of an infinite number of distinct lines.
How many planes are determined by three non-collinear points?
Just one plane.
What do three non-collinear points determine?
For instance a plane.
What will any 3 non-collinear points form?
A plane
What is the definition of non collinear?
it means a series of points that are not on the same line in a plane.
How many non-collinear points are there in one plane?
There are an infinite number of any kind of points in any plane. But once you have three ( 3 ) non-collinear points, you know exactly which plane they're in, because there's no other plane that contains the same three non-collinear points.
How many non-collinear points define a plane?
Three
How many different lines are determined by 3 non collinear points?
Any three non-collinear points will define a single plane. A plane is composed of an infinite number of distinct lines.
How many planes are determined by three non-collinear points?
Just one plane.
What do three non-collinear points determine?
For instance a plane.
What will any 3 non-collinear points form?
A plane
How many non collinear points are there on a plane?
two points form a line one more point is needed to check whether it is collinear or not so atleast three points must be require to check the non collinerancy of a points
How many non collinear points are needed to create a plane?
To create a plane, infinitely many. But to uniquely define one, 3 are enough.
For 3 non collinear points how many straight lines can be drawn?
3 lines and one plane
How many plane are determined by four non collinear points?
exactly nine planes! * * * * * I would have said 4 - corresponding to the four faces of a tetrahedron. Of course, non-collinear does not mean non-coplanar so all four points could be in the same single plane!
How many non-collinear points are needed to create a plane?
To create a plane, infinitely many. To uniquely determine a plane, just three.
How many planes can possibly contain the three non collinear points?
There will always be a single plane through all three points.
