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A person on a moving train sees a car that appears to be stopped. A person outside the train sees both the car and the train moving. This example shows
2.5m/s2
The other car is moving with the same speed as Dan's car.
5 m/s
4km/hr
position over time
velocity
relative motion
reference point
____ 9. Dan sits in a moving car. As he looks out the window, another car is right next to his. When he looks again, the other car is still right next to his. Which of the following is true?
2.5m/s2
The other car is moving with the same speed as Dan's car.
5 m/s
4km/hr
position over time
velocity
relative motion
reference point
Motion is a change in
2.5m/s2
The other car is moving with the same speed as Dan's car.
5 m/s
4km/hr
position over time
velocity
relative motion
reference point
A car travels 100m in 20s. what is it's speed?
2.5m/s2
The other car is moving with the same speed as Dan's car.
5 m/s
4km/hr
position over time
velocity
relative motion
reference point
If a car is stopped then speeds up to 50 m/s in 20s what is its acceleration?
2.5m/s2
The other car is moving with the same speed as Dan's car.
5 m/s
4km/hr
position over time
velocity
relative motion
reference point
Acceleration measures a change in
2.5m/s2
The other car is moving with the same speed as Dan's car.
5 m/s
4km/hr
position over time
velocity
relative motion
reference point
To specify the position of an object, you need to know
2.5m/s2
The other car is moving with the same speed as Dan's car.
5 m/s
4km/hr
position over time
velocity
relative motion
reference point
Maria walked 2 km in half an hour. What was her speed?
2.5m/s2
The other car is moving with the same speed as Dan's car.
5 m/s
4km/hr
position over time
velocity
relative motion
reference point
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