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Answer for Apex: length, width, and height

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Surface area of three dimensional figures are measured in square units whereas their volumes are measured in cubic units

figures what are 3D

Figures in three dimensions are known as solids.

no, cubic units are for three dimensional figures, hence cubic = 3 they are measured in square units, as they have only two dimensions.

Two three dimensional figures that have circular bases: Cone, and Cylinder.

The three dimensional figures are called Space figures

In geometry three-dimensional shapes are solid figures or objects or shapes that have three dimensions length, width, and height. Unlike two-dimensional shapes, three-dimensional shapes have thickness or depth. A cube and cuboid are examples of three-dimensional objects, as they have length, width, and height.

Length And Width

Length Width

The answer is a sphere.

Something that is not flat. A cube is three-dimensional, but a square is not. A sphere is three-dimensional, but a circle is not.

Area; this is often measured in square meters, or square centimeters.

No. Planes are 2-dimensional.

Pedantically, no. A polyhedron is a three dimensional figure (with some additional qualities). Polyhedra are three dimensional figures.

3d shapes

They can be measured by their linear measures in three orthogonal directions.

They can be measured by their linear measures in three orthogonal directions.

Yes

For example, if you keep on stacking squares (two dimensional figure) on top of one another, it will slowly form a cuboid (three dimensional figures). There is a mathematical way of calling it. Google it!

Volume - measured in cubic meters, cubic centimeters, etc.APEX height, length, and width

Because they are dimesional figures either way!

Sphere, cone, rectangular prism, cube, cylinder

Area. Very few 2-dimensional figures can be measured by length and width - rectangles (and stretching the terminology) triangles and parallelograms. Certainly not circles, stars, irregular polygons, other irregular shapes.

A very tiny class of three dimensional figures can be described using only two items of information.

All three dimensional figures have more faces than a one dimensional figure. There are an infinite number of one dimensional points on a three dimensional figure