Which VT Graph represents a car constantly increasing speed?
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Question 3
3.
Select all statements that correctly describe acceleration
I. How far an object travels over a given period of time
II. The increase or decrease of velocity
III. Occurs when changing direction
IV. Often used interchangeably for speed
V. m/s
VI. m/s2
VII. Is the slope of the PT Graph
VIII. Is the slope of the VT Graph
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Question 4
4.
Jimin is walking towards the monorail to go to Disney World for a concert. He realized he was going to miss the monorail and accelerated from 1.4 m/s at a rate of 0.83 m/s2 for 31 seconds. How far did Jimin run across level ground to catch the monorail during this acceleration?
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Question 5
5.
Select the best description of the motion of a ball rolling down a ramp.
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Question 6
6.
What is the average velocity if, in a lab, Abed finds that it takes 9.2s to roll a ball down a 12.83m ramp?
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Question 7
7.
The PT graph below depicts a bicyclist's trip on level ground.
What is the velocity and acceleration over time 0-5 seconds?
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Question 8
8.
The PT graph below depicts a bicyclist's trip on level ground.
When and how long did the bicyclist stop for a water break?
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Question 9
9.
The PT graph below depicts a bicyclist's trip on level ground.
Select the best description of the motion.
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Question 10
10.
When rolling a ball down a wheelchair ramp, if the ball begins at rest at the top of the
ramp, what is the velocity at t=4s?
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Question 11
11.
What is the average acceleration when a tank accelerates from rest to 30m/s in 6.2s?
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Question 12
12.
Convert 6.87 km to m.
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Question 13
13.
Choose the correct statements.
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Question 14
14.
What is the magnitude of the acceleration from 0s to 5s?
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Question 15
15.
What is the magnitude of the velocity from 0s to 5s?
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Question 16
16.
What is the magnitude of the acceleration from 5s to 10s?
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Question 17
17.
What is the motion from point c to point d?
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Question 18
18.
Abed decides to go for a walk with his cat on the flat sidewalk around the park behind his house. They start off with an initial velocity of 2 m/s, but the cat sees a dog and takes off running with an acceleration of 0.15 m/s2 for 21 s. How far did they run while accelerating away from the dog?
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Question 19
19.
What is the jogger's acceleration after 2 seconds of running?
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Question 20
20.
What is the jogger's acceleration after 4 seconds of running?
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Question 21
21.
At what times is the object moving the slowest?
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Question 22
22.
At what distance is the object moving the fastest?