no.
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I dont think that "If four points are collinear they are also coplaner," is the same thing as "If four points are coplaner they are also collinear,". The definition of collinear is at least three points on the same line. To define a plane is to have threenoncollinear points.
A point or, if the lines are also collinear, the line(s).
'Line Segment' is a portion of a line that includes two points and all of the collinear points between the hypothetical two points also 'Line Segment' because a line or line segment is a set of infinite points and the infinite points are collinear....
Let's say that you have houses 1, 2, and 3, we also have Main Street, and 1st street. House 1 and 2 both lie on Main Street, but house 3 does not. House 2 and 3 both lie on 1st street, but house 1 does not. This is an example of non-collinear points because house 1, and 2 can be on the same street, House 2 and 3 can be on the same street, but not all three houses, or points, can be on the same street, or line.
A polygon. A plane is two dimensional, like a coordinate plane or flat drawings on a piece of paper. If you drew three connecting line segments on a piece of paper, you would be left with a triangle. Four lines create a quadrilateral. Five lines could create a pentagon. All of these shapes are examples of polygons. * * * * * Yes, but a sector of a circle is also formed from three coplanar segments: two straight line segments and one curved. And it is very definitely NOT a polygon.