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Prisms.
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∙ 14y ago
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What dimensional is a solid?
solid shapes are 3-D
What figure is not solid?
Planes figures such as polygons are not solids. Solids are three-dimensional .
The rules of two-dimensional geometry can never be applied to three-dimensional solids.?
false
What is the importance of solids in everyday life?
The world that we live in (most of us, anyway), is 3-dimensional and so most of the objects which we deal with are 3-dimensional. Many of them are solids and so that is their importance. Your home is a solid, your mode of transport is solid, your friends, acquaintances and enemies are solid, some of your food is probably solid.
How are solids called when the particles are arranged in three dimensional patterns?
Isometric views? Such solids are crystals.
What dimensional is a solid?
solid shapes are 3-D
What is the mathematics used in platonic solids?
3 dimensional geometry.3 dimensional geometry.3 dimensional geometry.3 dimensional geometry.
Platonic solids is made from triangles?
No. Platonic solids, as their name suggests, are 3-dimensional objects. A triangle is 2-dimensional.
What is a three dimensional solid occupying volume?
All 3-dimensional solids, by definition, occupy volume.
What are solids called if their particles are arranged in repeated three dimensional patterns?
I have no idea, I was actually looking for the answer. 3 dimensional
What figure is not solid?
Planes figures such as polygons are not solids. Solids are three-dimensional .
Can rules of two dimensional geometry can be applied to three dimensional solids?
No. The rules of two dimensional geometry can only be used for two dimensional geometry. You can take the basic principles of two dimensional geometry and alter them slightly to be able to apply to three dimensional solids
Are Geometric nets are three-dimensional representations of a solid?
No, they are two dimensional representations of three dimensional solids.
What are three dimensional shapes?
sike * * * * * Solids.
Why do solids have a definite shape and defnite volume?
Because they are 3 dimensional objects having breadth, width and depth.
The rules of two-dimensional geometry can be applied to three-dimensional solids?
TRUE
The rules of two-dimensional geometry can never be applied to three-dimensional solids.?
false
