The volume of a cuboid with sides of length L, B and H is L*B*H cubic units.
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You cannot - unless you have some other information that would enable you to work out the length.
If the length, breadth and height of the cubiod are L, B and H units then the volume V is given by: V = L*B*H cubic units.
The volume of a cuboid with sides of length L, B and H is L*B*H cubic units.
The volume of a cuboid with sides of length L, B and H units is L*B*H cubic units.
No, a cubiod is not a polyhedron but a cuboid is.
The answer will depend on what you mean by the "value". A cuboid (or cubiod, even) has no intrinsic value.
You cannot - unless you have some other information that would enable you to work out the length.
If the length, breadth and height of the cubiod are L, B and H units then the volume V is given by: V = L*B*H cubic units.
What is a cubiod?
The volume of a cuboid with sides of length L, B and H is L*B*H cubic units.
Well, honey, a cuboid is a three-dimensional shape with six rectangular faces, where each face meets at right angles. It's like a box or a rectangular prism, just a fancy math term for a shape you'd find in your everyday life. So next time you're stacking boxes or building a house of cards, just remember you're dealing with some good ol' cuboids.
The volume of a cuboid with sides of length L, B and H is L*B*H cubic units.
The volume of a cuboid with sides of length L, B and H units is L*B*H cubic units.
No, a cubiod is not a polyhedron but a cuboid is.
A cubiod is bigger than a cude
There is no such thing as an L shaped cubiod.
Faces: 6Edges: 12Vertices: 8And it is a cuboid, not a cubiod.