Question

direct quotes i want to use:

1. unlike two dimensional shapes, three - dimensional shapes have height, which is the same as thickness or depth.
2. \three dimensional is also written as 3d and hence, these figures are commonly called 3d shapes too.\
3. all three dimensional figures occupy space, which is measured in terms of volume.

ideas that i want to paraphrase:
a. unlike flat 2d shapes, 3d shapes include height or depth, giving them thickness.
b. the term \three - demensional\ is often shortened to 3d, so these figures are usually called 3d shapes.
c. every 3d shape takes up space, and this is measured by its volume.

explain in your own words. how do these quotes and paraphrases connect to my topic/claim or what do they mean?
1.
2.
3.
a.
b.
c.
partially visible text at the bottom

Explanation:

1. The first quote explains the key difference between 2D and 3D shapes: 3D shapes have height (also called thickness or depth), while 2D shapes are flat. This helps define what makes a shape three - dimensional.
2. The second quote clarifies the abbreviation of "three - dimensional" as "3D" and how this leads to the common name "3D shapes" for these figures, helping with the terminology of 3D shapes.
3. The third quote states that all 3D figures occupy space, and the measure of this space - occupation is volume. This connects to the property of 3D shapes related to the space they take up.

A. This paraphrase rephrases the first quote, emphasizing that 3D shapes (unlike 2D) have height/depth which gives them thickness, maintaining the core idea of the difference between 2D and 3D shapes.
B. This paraphrase rephrases the second quote, explaining the shortening of "three - dimensional" to "3D" and the common naming of these figures, keeping the meaning about the terminology of 3D shapes.
C. This paraphrase rephrases the third quote, stating that every 3D shape takes up space and that space is measured by volume, preserving the idea about the space - occupation property of 3D shapes.

Answer:

1. Defines 3D shapes' height (vs 2D flatness).
2. Explains "3D" abbreviation and naming.
3. States 3D shapes occupy space (measured by volume).

A. Rephrases 2D - 3D shape difference (height/depth = thickness).
B. Rephrases "3D" terminology and naming.
C. Rephrases 3D space - occupation (measured by volume).