You a goofy shoty B.
3 points must always be contained in one plane, as 2 make a line, it makes no difference as to where the third point is, it will exist in the same plane in the two. Aside from all three points being in a line, this is always true.
point of intersection.
IncorrectThere is nothing in the above Statement of Conditions that indicate the orientation of the Line L to the plane E.Therefore: there are two possible solutions.If the Line is parallel to the plane they never intersect.If it is not parallel then the line would intersect at only one point.
Yes, it is possible.
You a goofy shoty B.
apex it’s true on god
3 points must always be contained in one plane, as 2 make a line, it makes no difference as to where the third point is, it will exist in the same plane in the two. Aside from all three points being in a line, this is always true.
Take a piece of paper and poke a pencil through it. That is a point.
point of intersection.
IncorrectThere is nothing in the above Statement of Conditions that indicate the orientation of the Line L to the plane E.Therefore: there are two possible solutions.If the Line is parallel to the plane they never intersect.If it is not parallel then the line would intersect at only one point.
True.
Yes, it is possible.
It is a Geometry Theorem. "A line and a point not on the line lie in exactly one place" means what it says.
Yes.
tangent
Unless the line is a subset of the plane, the intersection is a point.