For the cuboid show in Figure. What is the base of this cuboid? What are the lateral faces of this cuboid? Name one pair of opposite faces. How many pairs of opposite faces are there? Name them. Name all the faces of this cuboid which have `X` as a vertex.

Fill in the blanks : A cuboid has ……… lateral faces.

In Figure, A B C D is a quadrilateral. Name a pair of adjacent sides. Name a pair of opposite sides. How many pairs of adjacent sides are there? How many pairs of opposite sides are there? Name a pair of adjacent angles. Name a pair of opposite angles. How many pairs of adjacent angles are there? How many pairs of opposite angles are there?

Is it true that a cuboid is also known as a rectangular prism? What is the shape of the lateral faces of this prism?

The areas of three adjacent faces of a cuboid are x ,\ y\ a n d\ zdot If the volume is V , prove that V^2=x y zdot

How many pairs of adjacent angles, in all, can you name in Figure.

In Figure, If the face E F G H is taken as the base, then name the lateral faces. Also, name the line segment representing the height of the cuboid.

What is the name of the shape in Fig. A? How many faces, edges and vertices does it have?

The adjoining figure represents a cuboid. (i) How many edges does the cuboid have? (ii) Name two edges of the cuboid which are parallel to AD . (iii) Name two edges of the cuboid which are perpendicular to AD.

The areas of three adjacent faces of a cuboid are x, y and z. If the volume is V, prove that V^2 = xyz .

Two different positions of a dice are give below. What will be the number of dots on the face opposite the face having 2 dots.