.
First law
Second law
Third law
Law of Universal Gravitation
Zero
Up
Down
Depending on your weight
Stop immediatly
Slow down and eventually come to a stop
Go faster and faster
Move with constatn velocity
Velocity increased
Velocity decreased
Speed remained the same, but it's turning right.
speed remained the same, but it's turning left.
The net force acting on it
Its velocity
Its mass
Its position
4a
2a
A/2
A/4
Stop immediatly
Slowly slow down, and then stop
Move with constant speed
Go faster and faster
Equal to its weight
Zero
Equal to its mass
Dependent on how fast is going
8a
4a
2a
A/2
Newton's first law
Newton's second law
Newton's third law
Galileo's law of inertia
Newton's first law
Newton's second law
Newton's third law
Law of Universal Gravitation
Sometimes act on the same object.
Always act on different objects.
Always act on the same object.
May be at right angles
Equal magnitude and point in the same direction
Unequal magnitude, point in the same direction
equal magnitude but point in opposite directions
Unequal magnitude, point in opposite directions
Force on the truck is smaller than the force on the car
The truck did not slow down during the collision
Force on truck is greater than force on the car
force on the truck is equal to the force on the car
The object pushing down on the table with force mg.
The table pushing up on the object with force mg.
The object pulling upward on the Earth with force mg.
The table pushing down on the floor with force mg.
The string pulling down on the ceiling with an 8N force.
The toy pulling up on the Earth with an 8N force.
The string pulling up on the toy with an 8N force.
The ceiling pulling up on the string with an 8N force.
Are both measured in kilograms.
Are exactly equal.
Are two different quantities.
Both measure the same thing.
Constant speed
Constant acceleration
Constant velocity
Increasing acceleration
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