i suppose it is an hyperbola
An ellipse is produced.
I'm assuming you are looking for the name of the conic section produced by this type of intersection? If a right circular cone is intersected by a plane parallel to one edge of the cone, the resulting curve of intersection would be a parabola. If the intersecting plane was parallel to the base, it would be a circle. If the intersecting plane was at any angle between being parallel to the base and being parallel to an edge, it would produce an ellipse or part of an ellipse (depending on whether the intersection was completely within the cone).
The intersection of a right circular cone and a plane that is parallel to the edge of the cone is a parabola. However, if the vertex of the cone lies on the plane, then the intersection is simply two intersecting lines.
Parallel lines Never Converge
the ocean IMPROVEMENT The parallel 36° 30'
A sphere intersected by two parallel planes equidistant from its centre, An ellipsoid intersected by two parallel planes equidistant from its centre, A uniform hyperboloid intersected by two parallel planes equidistant from its centre, A torus with a wedge removed, A cylinder.
There are many possible answers: a frustrum of a cone, a sphere or torus intersected by a pair of parallel planes, a circular prism (cylinder) are some.
An ellipse is produced.
Many shapes: A torus (doughnut) with a wedge-shaped slice cut out, An ellipsoid intersected by planes parallel to an axis and equidistant from the midpoint of foci. A sphere intersected by planes parallel to an axis and equidistant from the centre. A cylinder
I'm assuming you are looking for the name of the conic section produced by this type of intersection? If a right circular cone is intersected by a plane parallel to one edge of the cone, the resulting curve of intersection would be a parabola. If the intersecting plane was parallel to the base, it would be a circle. If the intersecting plane was at any angle between being parallel to the base and being parallel to an edge, it would produce an ellipse or part of an ellipse (depending on whether the intersection was completely within the cone).
Yes, they are.
A circle intersected by a pair of parallel lines.
Yes if the two lines intersected are parallel lines
Not normally unless the parallel lines are intersected by a transversal line
There is no deep meaning to it.
Two lines will remain parallel when they are intersected by a transversal line
true