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Instant Jeopardy Review is designed for live play with as many individuals or teams as you like! Each team will need to enter the Join Code above. Teams choose a question, then try to give the best answer.

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Prefer the old Flash template? Switch now: Unit 3: Forces Review Jeopardy Review Flash Version

Unit 3: Forces Review

Newton's 1st Law Newton's 2nd Law Newton's 3rd Law Free-body Diagrams Friction
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State Newton's 1st Law .



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What is inertia?



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How can you get a moving object to change direction?



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If an object has more mass, it has more _________.



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Give an example of Newton's First Law.



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State Newton's Second Law. (formula is acceptable answer)



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A small plane has a mass of 2000 kg and accelerates at 15 m/s2 down the runway.  What is the magnitude of the force acting on the plane?



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If a non-zero net force is acting on an object, what is happening to the object?



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A 5.0 kg block is on a frictionless horizontal surface.  F1 = 7.0 N and pulls to the left.  F2 = 15.0 N and pulls to the right.  What is the acceleration (magnitude and direction) of the block?



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A wagon is pulled with a constant force by a child. While it is being pulled, another small child is continuously pouring sand into the wagon. How is the acceleration of the wagon affected? Explain.



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State Newton's Third Law.



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Give an example of Newton's Third Law.



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Cart 1 has a mass of 2 kg.  Cart 2 has a mass of 4 kg.  They are pushed apart by a spring.  The spring exerts 5 N of force onto cart 1. How much force is exerted onto cart 2?



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Driving along one day, a giant beetle splatters against my windshield. Which is greater, the force acting on the windshield or the force acting on the beetle?



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True or False: In order to make a wagon move forward, a horse must pull harder on the wagon than the wagon pulls on the horse.



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Draw a free body diagram for a ball falling (ignore air friction).



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Draw a free body for a book sitting on a table.



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Draw a free body diagram for an object falling at terminal velocity.



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Draw a free body diagram for a car accelerating to the right (include friction).



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Draw a free body diagram for a car that is moving at a constant velocity (include friction).



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What type of friction must be overcome in order to start an object moving?



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Define Kinetic friction.



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A mass of exactly 40 kg is sitting on a flat wooden board.  A spring scale is attached to the mass.  A reading of 250 N is needed to just start to drag the mass over the board. 

 

a)What is the value of the force of static friction?
b)What is the value of the normal force on the mass?
c)What is the value of the coefficient of static friction?


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Give 2 factors that affect the coefficient of friction.



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A force of 50 N is required to start a 10 kg box moving across a horizontal floor. What is the coefficient of static friction between the box and the floor.



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Objects maintain their states of motion (rest; constant velocity) unles acted upon by a net external (outside) force

An objects resistance to changes in motion.

Apply an external force.

Inertia.

ex) object at rest; object with constant velocity; etc.

F = ma

 

Force is the product of mass and acceleration. 

30,000 N

It is accelerating (changing velocity).

8N, to the right.

Acceleration decreases. F = ma. If Force remains constant and mass increases, then acceleration must decrease. m and a are inverse.

Forces come in pairs; when one object exerts a force on another object, the second object also exerts an equal (magnitude) and opposite (direction) force on the 1st object.

ex. normal force, etc

5N; Spring pushes cart 1 with 5N, cart 1 pushes back with 5N, spring therefore will push 5N on car 2 as well.

Trick! Both the same!

FALSE!

 

The horse pushes on the ground and in turn the ground pushes on the horse propelling it forward.

Static Friction.

The friction that occurs when objects slide against each other.

a) 250 N

b) 400N

c) 0.6

ex) roughness of surface, temperature, dry/wet, grease/lubricant.

0.5

 

Force of friction is equal to force applied because the box just started to move. Normal force is the mass (10 kg) multiplied by acceleration due to gravity (9.8 m/s2). Coefficient of friction is Force of friction divided by the normal force (50 N/100 N).






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