Yes
Yes, a cube has both parallel and perpendicular edges. Each edge of the cube is parallel to another edge that runs in the same direction, while edges that meet at a vertex are perpendicular to each other. Specifically, three edges meet at each vertex, and each pair of these edges is perpendicular.
It has both.
Opposite edges are parallel to each other in a cube
A cube does not have four parallel lines; instead, it has twelve edges, and opposite edges are parallel to each other. Each of the three dimensions of the cube contains four edges, and each pair of parallel edges runs in the same direction. Therefore, in a cube, while there are multiple sets of parallel edges, there are not just four parallel lines.
Each of the 12 edges of a cube is directly perpendicular to four others (two at each vertex for that edge).
It has both.
Yes
Opposite edges are parallel to each other in a cube
There are 12 edges in a cube.
Yes. Adjacent sides in a cube are perpendicular and planes that are perpendicular to the same plane are parallel.
Oh, dude, you're hitting me with the geometry questions, huh? So, like, a shape that fits that description would be a triangular prism, because it has perpendicular edges but none that are parallel. It's like the rebel of the 3D shapes, just doing its own thing.
A cube does not have four parallel lines; instead, it has twelve edges, and opposite edges are parallel to each other. Each of the three dimensions of the cube contains four edges, and each pair of parallel edges runs in the same direction. Therefore, in a cube, while there are multiple sets of parallel edges, there are not just four parallel lines.
Each of the 12 edges of a cube is directly perpendicular to four others (two at each vertex for that edge).
8
A cube has 12 edges, and each edge is parallel to one other edge. Since there are 12 edges, they can be grouped into 6 pairs of parallel edges. Therefore, a cube has 6 pairs of parallel sides.
24
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