Yes because they meet at right angles
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 cuboid
A cuboid has 12 straight edges.
A cube or a cuboid could have 12 edges, 8 vertices, and 6 faces.
24
In a cuboid, there are three pairs of opposite faces, and each pair can be considered perpendicular to the other pairs. Therefore, a cuboid has a total of six edges, and each edge is perpendicular to four other edges. Overall, in a cuboid, there are 12 perpendicular relationships between edges.
A cuboid has 12 edges, and each edge is perpendicular to 4 other edges. Specifically, for each of the three dimensions (length, width, height), there are 4 edges that are perpendicular to the edges of that dimension. Thus, while there are many pairs of perpendicular edges, the total number of perpendicular edges can be considered as 12 in the context of their relationships with one another.
A cuboid has 6 faces, 12 edges and 8 vertices which all meet at right angles.
A cuboid has 12 edges.
a cuboid has 12 edges
hemisphere
Cuboid has : 8 corners (vertices) 12 edges
the cuboid has 2
a cuboid has 6 faces, and it has 12 edges.
that's easy peasy a cuboid has 12 edges
A cuboid has 12 edges, 6 faces and 8 vertices
A cuboid has four vertical edges. These edges run parallel to the height of the cuboid and connect the top and bottom faces. In total, a cuboid has 12 edges, but only the four that are oriented vertically are considered vertical edges.