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20 questions
A book rests on a table. The force of gravity pulls down on the book with a force of 20 newtons. What prevents the book from accelerating downward at 9.8 m/sec2
The table presses back up on the book with an equal and opposite force of 20 newtons.
The table presses back up on the book with a force greater than 20 newtons.
The table and the book together are accelerating downwards at 9.8 m/sec2
The inertia of the book holds it up
A swimmer pushes on the water and the water pushes on the hand and the swimmer moves forward. What is the ACTION force?
Swimmer pushes on the water
the water pushes on the hand and the swimmer moves forward
A swimmer pushes on the water and the water pushes on the hand and the swimmer moves forward. What is the REACTION force?
Swimmer pushes on the water
the water pushes on the hand and the swimmer moves forward
If you apply MORE force to the ground what happens to the force of the ground pushing on you?
The force remains the same
The force increases
The force decreases
If the gymnast decreases the force they exerts on the trampoline, what will the reaction be?
The gymnast will be pushed back by the trampoline with more force and go higher into the air
The gymnast will be pushed back by the trampoline with less force and not go as high into the air
No change will happen to the gymnast
The baseball player wants to hit a homerun. What does he have to do to the force he exert on the ball?
The baseball player will need to apply more force to the bat swinging at the ball
The baseball player will need to apply less force to the bat swinging at the ball
The baseball player should change nothing about his swing
The force exerted on the foot by a kicked soccer ball is the
gravitational force.
reaction force.
acceleration.
action force.
Which statement about action-reaction force pairs is incorrect?
They act on the same object.
They occur at the same time.
They always occur in pairs.
They are equal and opposite.
When a moving bowling ball hits a pin, some of the ball's momentum
doubles in force.
increases the pin's mass.
is lost.
is transferred to the pin.
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