Answer:
First definition:
- Duru's definition: A line segment is a line connecting two endpoints
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- Teacher's comment: What you've written is true, but it isn't a correct definition. A ray would also fit your defenition
Second definition:
- Oliver's definition: A line segment is when three points are all on the same line.
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- Teacher's comment: Were you thinking of the team collinear?
Third definition:
- Carlos' definition: A line segment is<u> part of a line,</u> not the whole thing.
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- Teacher's comment: I think you have the right idea, but you need to be more careful with your language.
Explanation:
A line segment is <u>part of a line</u> that connects points. It limited consequently, it has length.
- Duru's definition: A line segment is a line connecting two endpoints
It is missing that it is just a part of the line. A ray also connects two points but extends infinetly in one direction. Thus, Duru's definition is not so specific.
That justifies teacher's comment:
- Teacher's comment: What you've written is true, but it isn't a correct definition. A ray would also fit your defenition
Second definition:
- Oliver's definition: A line segment is when three points are all on the same line.
The constraint of a line segment to three points all on the same line corresponds to collinear points. Two points always form a line,, but three points lie on a line only in they are collinear.
That justifies, theacher's comment:
- Teacher's comment: Were you thinking of the team collinear?
Third definition:
- Carlos' definition: A line segment is part of a line, not the whole thing.
Mathematicall language is formal. You must use precise words. An expression as 'whole thing" is not formal.
That justifies teacher's comment:
- Teacher's comment: I think you have the right idea, but you need to be more careful with your language.
Answer:
understandment or anything
B. A young person who has committed a crime
Answer:
The Correct Answer Would Be No force is needed
Explanation:
an object in motion stays in motion.
<u>Newton's first law of motion</u> - sometimes referred to as the law of inertia. An object at rest stays at rest and an object in motion stays in motion with the same speed and in the same direction unless acted upon by an unbalanced force.
0.35m, you can see the proof in the picture attached to the answer.
