Practice Problems
Uniform Acceleration: SVA Graphs
Directions:
On this worksheet you will have an opportunity to practice the relationships between families of position-time, velocity-time, and acceleration-time graphs. Please note that the diagrams are not drawn to scale.
omit
Question 1
For these graphs,
t
1
= 2 seconds, t
2
= 14 seconds, and v
f
= -5 m/sec
.
If the uniform acceleration between 2 and 14 seconds was
a = 1 m/sec
2
, then what was the value of v
o
?
7 m/sec
omit
Question 2
In
Question #1
, if the position of
point y equals 27 meters
, then what is the value of P?
183 m
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Question 3
In
Question #1
, what was the object's average velocity between 2 and 14 seconds?
13 m/sec
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Question 4
For these graphs,
t
1
= 2 seconds, t
2
= 14 seconds
. In addition, the positions of y and P in meters are:
y = 27 m
and
P = 41 m
.
If the value of
v
f
= -7.5 m/sec
, then what is the value of v
o
?
9.83 x 10
0
m/sec
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Question 5
In
Questions #4
, what is the value for the object's acceleration, a?
-1.44 x 10
0
m/sec
2
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Question 6
For these graphs,
t
1
= 2 seconds, t
2
= 16 seconds, v
o
= 4 m/sec, and v
f
= 13.5 m/sec
2
.
What was this object's uniform acceleration, a?
0.679 m/sec
2
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Question 7
What was the object's displacement during the time interval graphed?
122.5 m
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Question 8
For these graphs,
t
1
= 3 seconds, t
2
= 14 seconds, v
o
= 13.5 m/sec
, and
v
f
= 4 m/sec
.
If the position of
y equals -27 meters
, then what is the value of P?
-4.75wrong
-44.5 m
omit
Question 9
In which set does the object have a positive acceleration despite the fact that it is losing speed?
Question 4
Question 1
Question 8
Question 6
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