Using the relation between position and velocity, it is found that:
- A: Her speed increased at a consistent rate.
- B: She stopped at an intersection.
- C: Her speed increased at a consistent rate.
<h3>Relation:</h3>
- The velocity is the derivative of the position, that is, it is the rate of change of the position.
For each part, we have that:
- In part A, her <u>distance is increasing</u>, which means that the velocity is also increasing. The graph is a line, hence the derivative is a constant, which means that the increase was constant.
- In part B, she remains at the <u>same position</u>, hence, she stopped at an intersection.
- Part C is <u>similar to part A</u>, distance increasing, hence velocity increasing at a constant rate.
You can learn more about the relation between position and velocity at brainly.com/question/14800626
Answer:
48(c)
Step-by-step explanation:
- 4.8=48 as move 10 will change 4.8 as 48
I only know the second part, which is 33