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A plane and a line intersect at a?
A point - unless the line lies within the plane, or is parallel to it.
What is it called when a point lies in the same plane?
co-planar
Can a point lie in more than one plane?
A single point lies in an infinite number of planes.
What line does the point (-16) lie on?
If you mean the point of (-1, 6) then it lies in the 2nd quadrant on the Cartesian plane
What lies inside the parallel lines?
Nothing particularly. Just an infinite number of miscellaneous points in the plane.
How do you find if a line lies on a point on the cartesian plane?
You first look at each axes
What type of intersections happen between lines and planes?
A line that does not lie within a plane and intersects the plane does so at one point.A line that lies within a plane intersects the plane at all points.
What are the differences between four conic sections?
A conic section is the intersection of a plane and a cone.The circle is a conic section where the plane is perpendicular to the axis of the cone. The special case of a point is where the vertex of the cone lies on the plane.The ellipse is a conic section where the plane is not perpendicular to the axis, but its angle is less than one of the nappes. The special case of a point is where the vertex of the cone lies on the plane.The parabola is a conic section where the plane is parallel to one of the nappes. The special case of two intersecting lines is where the vertex of the cone lies on the plane.The hyperbole is a conic section where the angle of the plane is greater than on of the nappes. There are two sides to the hyperbole. The special case of two lines intersecting is where the vertex of the cone lies on the plane.For more information, please see the Related Link below.
Does a line passing through two distinct points in one plane sometimes lies in that plane?
it always lies in that plane
What is a solid that does not lie in a plane?
You name it !No solid lies in a plane.
How many lines of symmetry does a 4inch by 3inch rectangle has?
It has 2 lines of symmetry
Can two lines that coincide lie in at least one plane?
Two lines that coincide look and act exactly like a single line. If you have one straight line, there are an infinite number of planes in which it lies.
