Yes, since any line can be contained in a plane.
Definition of Coplanar points: Coplanar means that the points are on the equal plane. Plane is a two-dimensional object, with as such is a bit more complicated.Collinear,line,plane and point are the related terms of coplanar.Points that are on the same plane. 2 points are alwayscoplanar...3 points are always coplanar...4 points are sometimes coplanar.
Two points (which must lie on a line) and the third point NOT on that line.
A transverse line.
Coplanar pointsNon-collinear.
Yes, since any line can be contained in a plane.
Coplanar Points are points that lie on the same line.
No, they always are From Wikipedia.org, "The World's Encyclopedia" when I searched coplanar In geometry, a set of points in space is coplanar if the points all lie in the same geometric plane. For example, three distinct points are always coplanar; but four points in space are usually not coplanar. Since 3 points are always coplanar. A point and line are always coplanar
Yes, of course! By definition a line is a planar figure, and all the points of the line are therefore coplanar.
transversal
No. In order to be coplanar, points have to be in the line.
Collinear points are points that lie on the same line, while coplanar points are points that lie on the same plane.
Definition of Coplanar points: Coplanar means that the points are on the equal plane. Plane is a two-dimensional object, with as such is a bit more complicated.Collinear,line,plane and point are the related terms of coplanar.Points that are on the same plane. 2 points are alwayscoplanar...3 points are always coplanar...4 points are sometimes coplanar.
points that are not on the same line
Not necessarily. Coplanar means that points lie on the same plane whereas collinear means that points lie on the same line. Points on a plane do not necessarily lie along the same line.
Two points (which must lie on a line) and the third point NOT on that line.
They need not be. The four vertices of a quadrilateral are coplanar but NOT collinear. On the other hand, any line (in Eucledian geometry) has an infinite number of points on it - all of which are coplanar.