The question makes no sense. A single object cannot be congruent: congruence is a binary operation. One object can be congruent (or not) to another object.
No.
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 cuboid.
A cuboid.
A cuboid. Or a hexagonal prism. In fact any prism whose base has an even number of sides will have three pairs of opposite parallel congruent faces. All but the cuboid will also have other faces but the question does not exclude them.
No.
3
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.
cuboid
cuboid
A cuboid.
A cuboid.
No, a cuboid has 8 sides * * * * * That is not correct. A cuboid also has six faces. A cuboid is made up of three pairs of congruent rectangles - in the shape of a brick. The relationship between a cube and a cuboid is the 3-dimensional equivalent of the relationship between a square and a rectangle in 2-d.
A cuboid. Or a hexagonal prism. In fact any prism whose base has an even number of sides will have three pairs of opposite parallel congruent faces. All but the cuboid will also have other faces but the question does not exclude them.
A cuboid.A cuboid.A cuboid.A cuboid.
A cuboid would fit the given description
A cuboid would fit the given description