Question

The three steps from solids to points are: (A) Solids - surfaces - lines - points (B) Solids - lines - surfaces - points (C) Lines - points - surfaces - solids (D) Lines - surfaces - points - solids

• A. Solids - surfaces - lines - points
• B. Solids - lines - surfaces - points
• C. Lines - points - surfaces - solids
• D. Lines - surfaces - points - solids

Answer 1

The correct option is A

Solids - surfaces - lines - points

The correct option is (A)

The explanation for the correct option:

1. A solid has form, size, and position. The boundaries are referred to as surfaces.
2. The surface's boundaries are curves or straight lines. Points are the endings of these lines.
3. A surface is a plane generalization that is not necessarily flat, i.e. the curvature is not necessarily null.
4. This is analogous to a straight line generalizing curve.
5. Depending on the context and the mathematical instruments that are used to analyze the surface, there are many more accurate definitions.

Therefore, the three steps from solids to points are solids-surfaces-lines-points.

The explanation for the incorrect option:

Option (B):

1. The given option is Solids - lines - surfaces - points. but it does not match with the result the three steps from solids to points are solids-surfaces-lines-points.
2. Hence the incorrect option is (B)

Option (C):

1. The given option is Lines - points - surfaces - solids but it does not match with the result the three steps from solids to points are solids-surfaces-lines-points.
2. Hence the incorrect option is (C)

Option (D):

1. The given option is Lines- surfaces - points - solids but it does not match with the result the three steps from solids to points are solids-surfaces-lines-points.
2. Hence the incorrect option is (D)