If you're asking a question, then the answer is 'no'. If you're making a statement,
then the statement is false.
I can always lay a single plane down on any three points you choose. If your points
are in the same straight line, then there an infinite number of other planes that your
points all lie in. If they're not all in the same straight line, then there's only one plane.
no
Only one plane can pass through 3 non-collinear points.
Any Euclidean plane has infinitely many points.
what is noncollinear because it was a point
Noncollinear points are points which are not all on a common line.
there are 6 lines can pass through 4 noncollinear points.
Yes. In fact, given any three non-collinear points, there is one (and only one) circle that passes through all three points.
no
One.exactly one
A plane. A circle can also pass through three non-co-linear points.
If you are talking about straight lines, the answer is NONE, because that is what noncollinear means. If curves are allowed, then the answer is infinitely many.
Yes a plane can always be drawn three any three points, whether they are linear or not.
No. For example, consider the vertices of a tetrahedron (triangle-based pyramid).
just one
Only one plane can pass through 3 non-collinear points.
noncollinear
A plane