Yes, it is possible.
point of intersection.
If they are in the same plane, then they share a common plane. Did you mean to say common point. If that's the case where they are in the same plane, but do not share a common point, then they are parallel lines.
You a goofy shoty B.
It is a Geometry Theorem. "A line and a point not on the line lie in exactly one place" means what it says.
The cross sections of a sphere can vary depending on the plane intersecting it. The most common cross sections include circles of varying diameters, which can range from a point (when the plane touches the sphere at a single point) to a maximum circle (when the plane passes through the center of the sphere). Other possible cross sections include ellipses if the plane is inclined but does not pass through the center, and in some cases, a line segment or point depending on the angle and position of the intersecting plane.
point of intersection.
If they are in the same plane, then they share a common plane. Did you mean to say common point. If that's the case where they are in the same plane, but do not share a common point, then they are parallel lines.
It is possible.
Two straight lines in the same plane can't possibly have more than one point in common, unless they are both the same line. If they're parallel, they have no common points. If they're not parallel, then have exactly one common point. If they're the same line, then every point on one line is also on the other one.
You a goofy shoty B.
True.
It is a Geometry Theorem. "A line and a point not on the line lie in exactly one place" means what it says.
12
Yes.
tangent
No, it is not.
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.