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WorksheetsRevision on Kinematics
Total questions: 12
Worksheet time: 37mins
What is the SI unit for velocity?
s
v
m/s
m/s2
What is the SI unit for deceleration?
a
d
m/s
m/s2
Which statement best describes the motion?
displacement increases uniformly
distance increases uniformly
constant distance
zero speed
Which statement best describes the motion?
speed increases uniformly
speed decreases uniformly
constant speed
zero speed
Which statement best describes the motion?
speed increases uniformly
constant speed
positive acceleration
uniform deceleration
Which statement best describes the motion?
speed increases uniformly
non-uniform speed
increasing acceleration
decreasing acceleration
Which statement best describes the motion?
speed decreases non-uniformly at an decreasing rate
speed increases non-uniformly at an increasing rate
decreasing acceleration
negative acceleration
Calculate the uniform acceleration in the first 8 s.
Leave your answer in 2 significant figures with SI unit.
Use this format, leave a space between value and unit.
a=value unit
(for metre per second, write as m/s)
(for squared second, write as s2)
(a)
Calculate the total distance for the first 16s.
Leave your answer in 3 significant figures with SI unit.
Use this format, leave a space between value and unit.
d=value unit
(for metre per second, write as m/s)
(for squared second, write as s2)
(a)
Calculate the uniform deceleration is the last 4 s.
Leave your answer in 2 significant figures with SI unit.
Use this format, leave a space between value and unit.
deceleration=value unit
(for metre per second, write as m/s)
(for squared second, write as s2)
(a)
Calculate the average speed of the whole journey.
(Hint: Calculate total distance, then calculate average speed)
Leave your answer in 2 significant figures with SI unit.
Use this format, leave a space between value and unit.
v=value unit
(for metre per second, write as m/s)
(for squared second, write as s2)
(a)
Which symbol represents displacement?
d
s
m
cm
