No, they have to be noncolinear, that is they all can't be on the same line.
To create a plane, infinitely many. But to uniquely define one, 3 are enough.
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.
3
Only one plane can pass through 3 non-collinear points.
I guess 3 . Take these 3 points 2 at a time . These two points would be the diameter of the circle .
Any three non-collinear points will define a single plane. A plane is composed of an infinite number of distinct lines.
Three non-collinear points always define exactly one and only one plane. That's why a 3-legged table or chair never wobbles.
To create a plane, infinitely many. But to uniquely define one, 3 are enough.
3 non-collinear points define 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.
A minimum of three points are required to define a plne (if they are not collinear). And in projective geometry you can have a plane with only 3 points. Boring, but true. In normal circumstances, a plane will have infinitely many points. Not only that, there are infinitely many in the tiniest portion of the plane.
A plane
Three, provided they are not collinear.
No, 2 points define a line, 3 points define a plane.
They are lines or points that lie on the same plane. Remember 3 or more points are collinear if they lie on the same line. IF those lines lie on the same plane they are coplanar.
There are 91 lines.
There are 3 ways to fix a plane. 1. Three non-collinear points . 2. A line and a point not on the line. 3. Two intersecting but non-collinear lines