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Vocabulary
Newton's Laws
Newton's First Law
Newton's Second Law
Newton's Third Law
100
Distance an object travels in unit time is called
What is speed
100
How many laws does Newton have
What is three
100
How does gravity exists
What is between two objects with mass
100
Fill in the blank. The presence of an unbalanced force will (blank) an object
What is accelerate
100
Forces that occur through contact
What is contact interactions
200
Amount of matter in an object is called
What is Mass
200
Newton's laws were focused around what
What is forces
200
What does the Earth's gravitational pull keep in its environment
What is the moon
200
The first law sometimes referred to as the law of
What is inertia
200
Two forces resulting from an interaction
What is action and reaction
300
Push and pull is called
What is Force
300
What does Newton's first law describe
What is an object moves when the net force acting on it is zero
300
Newton's second law equation is what
What is a Fnet = m • a
300
An object will only accelerate if there is a
What is a net
300
Newton's third law is about
What is motion
400
Size of gravitational force exerted on an object
What is weight
400
What does Newton's second law describes
What is the acceleration of an object equals the net force
400
If the Net Force is 10 and the Mass(kg) is 2, what is the acceleration
What is a = 5 m/s/s
400
If the acceleration is to the right the net force is to the
What is right
400
Newton's third law is
What is for every action, there is an equal and opposite reaction.
500
Point in an object that moves as if all the object's mass was concentrated in one point
What is center of mass
500
Newton's third law describes what
What is force always act in equal but opposite pairs
500
When does an unbalanced force moves faster
What is when the net force is applied in the same direction
500
Determine the accelerations that result when a 12-N net force is applied to a 3-kg object and then to a 6-kg object
What is 4 m/s/s and 6-kg object
500
Fill in blank Forces (blank) come in pairs equal and opposite action-reaction force pairs.
What is always