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Match it! Select the correct answer from the pull down...Good luck!
If you push on a wall, the ACTION is your push. Where does the REACTION come from?
The ball being thrown
Your jump
Reaction
Newton's third law
The wall
The same
The balloon's movement is the reaction to the force of air escaping
Reaction force
When you pick up a heavy bowling ball, the ACTION is ________, and the REACTION is the pulling down on your hand.
The ball being thrown
Your jump
Reaction
Newton's third law
The wall
The same
The balloon's movement is the reaction to the force of air escaping
Reaction force
When you are jumping on a trampoline, the ACTION is ___________, and the REACTION is the trampoline pushing you back.
The ball being thrown
Your jump
Reaction
Newton's third law
The wall
The same
The balloon's movement is the reaction to the force of air escaping
Reaction force
Suppose you were to fill a balloon with air then let go of it without tying it closed. What caused the balloon to fly away?
The ball being thrown
Your jump
Reaction
Newton's third law
The wall
The same
The balloon's movement is the reaction to the force of air escaping
Reaction force
When a basketball is dropped to the floor, it bounces back up to the player's hand. Which of Newton's laws best explains why this occurs?
The ball being thrown
Your jump
Reaction
Newton's third law
The wall
The same
The balloon's movement is the reaction to the force of air escaping
Reaction force
Newton's 3rd Law says that for every ACTION there is an equal and opposite ________.
The ball being thrown
Your jump
Reaction
Newton's third law
The wall
The same
The balloon's movement is the reaction to the force of air escaping
Reaction force
Forces occur in pairs. The first force is called the action force. The second force would be called the:
The ball being thrown
Your jump
Reaction
Newton's third law
The wall
The same
The balloon's movement is the reaction to the force of air escaping
Reaction force
When you and a partner connect 2 spring scales together and pull, will the measurements on the spring scale be the SAME or DIFFERENT?
The ball being thrown
Your jump
Reaction
Newton's third law
The wall
The same
The balloon's movement is the reaction to the force of air escaping
Reaction force
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