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Worksheets(Q3) PS - Kinetic Energy
Total questions: 21
Worksheet time: 18mins
The blue sphere has (a) as much kinetic energy as the red sphere.
(type in a fraction)
The green sphere has (a) times more kinetic energy than the blue sphere.
(type in a number)
The red sphere has (a) times more kinetic energy than the yellow sphere.
(type in a number)
The hockey puck has (a) times more kinetic energy than the tennis ball.
(type in a number)
The gray rock has (a) as much kinetic energy as the brown rock.
(type in a fraction)
The beach ball has (a) times more kinetic energy than the golf ball.
(type in a number)
The yellow sphere has (a) as much kinetic energy as the orange sphere.
(type in a fraction)
The purple sphere has (a) as much kinetic energy as the pink sphere.
(type in a fraction)
The baseball has (a) times more kinetic energy than the dice.
(type in a number)
The brick has (a) times more kinetic energy than the dice.
(type in a number)
The bowling ball has (a) times more kinetic energy than the soccer ball.
(type in a number)
The brick has (a) times more kinetic energy than the tennis ball.
(type in a number)
What factors affect kinetic energy?
mass
velocity
position
distance
Compare how much mass and velocity affect an object's kinetic energy.
mass has a greater affect
velocity has a greater affect
they both affect KE an equal amount
Why do these two objects have different amounts of kinetic energy?
difference in mass
difference in speed
difference in size
difference in hardness
Why does each baseball have a different amount of kinetic energy?
difference in mass
difference in speed
difference in size
difference in hardness
Kinetic energy is energy due to...
motion
position
mass
size
Kinetic energy is proportional to...
mass
mass^2
1/2 x mass
mass x speed
Kinetic energy is proportional to...
(velocity)^2
1/2 x velocity
velocity
velocity x mass
Compare the kinetic energy of a parked car to a moving bike.
the bike has more KE
the car has more KE
they have equal KE
The same golf ball is dropped from different heights into a cup of water. The amount of water displaced is measured. This lab demonstrates that as the (a) of an object increases, its kinetic energy (b)
