21.6 CHAPTER 21. MOTION IN ONE DIMENSION
The velocity vs. time
graph looks like this:
0
1
2
3
4
0 1 2 3 4 5 6
~v(m·s−^1 )
t(s)
Exercise 21 - 6
1. A car is parked 10 m from home for 10 minutes. Draw a displacement-
time, velocity-time and acceleration-time graphs for the motion. Label all
the axes.
2. A bus travels at a constant velocity of 12 m·s−^1 for 6 seconds. Draw
the displacement-time, velocity-time and acceleration-time graph for the
motion. Label all the axes.
3. An athlete runs with a constant acceleration of 1 m·s−^2 for 4 s. Draw
the acceleration-time, velocity-time and displacement time graphs for the
motion. Accurate values are only needed for the acceleration-time and
velocity-time graphs.
4. The following velocity-time graph describes the motion of a car. Draw the
displacement-time graph and the acceleration-time graph and explain the
motion of the car according to the three graphs.
6
(^02)
v(m·s−^1 )
t(s)
5. The following velocity-time graph describes the motion of a truck. Draw
the displacement-time graph and the acceleration-time graph and explain
the motion of the truck according to the three graphs.
424 Physics: Mechanics