A rhombus, two sets of parallel lines intersecting,
Not possible. The shape will either be incomplete or have intersecting lines.
these are intersecting lines.
Yes, squares do have intersecting lines. Infact they have 2 diagnol intersecting lines.
No, not in plane (Euclidean) geometry. But on the surface of a sphere, a quadrilateral bounded by 2 sets of great circles [one set has its intersecting points at what would be the 'poles', and the other set has its intersecting points on opposite sides of what would be the 'equator'] will have 4 acute interior angles.
I presume you mean intersecting. Two sets are intersecting if they have members in common. The set of members common to two (or more) sets is called the intersection of those sets. If two sets have no members in common, their intersection is the empty set. In this case the sets are called disjoint.
A rhombus, two sets of parallel lines intersecting,
Not possible. The shape will either be incomplete or have intersecting lines.
Intersecting lines form two sets of angles. The angles opposite each other are always equal.
you call intersecting lines that meet, just intersecting lines yolanda
these are intersecting lines.
Yes, squares do have intersecting lines. Infact they have 2 diagnol intersecting lines.
are intersecting lines never parallel YES intersecting lines do not have the ability to be parallel
No, not in plane (Euclidean) geometry. But on the surface of a sphere, a quadrilateral bounded by 2 sets of great circles [one set has its intersecting points at what would be the 'poles', and the other set has its intersecting points on opposite sides of what would be the 'equator'] will have 4 acute interior angles.
Intersecting lines perform intersections.
They are simply called intersecting arcs.
Two lines in two intersecting planes can be parallel, intersecting, or skew.