There are three pairs of equal sides.
No,
A cuboid has 6 faces that are rectangles.
8
Six.
It has 3 pairs of equal faces. However, it can have 4 + 2 equal face or, in the case of a cube, 6.
Yes, they both have 6 faces.
No, not all the faces of a cuboid are congruent. A cuboid has six rectangular faces, and while opposite faces are congruent, adjacent faces can have different dimensions. For example, in a rectangular prism (a type of cuboid), the length, width, and height can differ, leading to varying face sizes. Only in the special case of a cube, where all sides are equal, are all the faces congruent.
A 3D cuboid has six sides, also known as faces. Each face is a rectangle, and opposite faces are equal in area. The cuboid has 12 edges and 8 vertices, but it is the six rectangular faces that define its sides.
A cuboid has 6 faces, each of which is a rectangle. A rectangle has 4 right angles. Therefore, each face of the cuboid has 4 right angles. To find the total number of right angles in all the faces of the cuboid, you would multiply the number of right angles per face (4) by the number of faces (6), resulting in a total of 24 right angles in all the faces of a cuboid.
A cube must have 6 faces, all the same size, all squares. A cuboid only has to have 6 faces. (Sometimes a cuboid is defined as a shape that has six faces that are all rectangles.) A cuboid is a broader range of solids than a cube. A cube is a type of cuboid.
A cuboid is a type of prism. Specifically, it is a rectangular prism with six rectangular faces, where opposite faces are equal in area. Unlike a pyramid, which has a single apex and triangular faces converging to that point, a cuboid maintains parallel faces and uniform cross-sections throughout its length.
A Cuboid Has 6 Faces