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Motion
Force
Acceleration
Velocity
Net force
Inertia force
Gravitational force
Frictional force
Mass and inertia
Acceleration and friction
Mass and acceleration
Friction and gravity
Gravity
Motion
Mass
Balanced force
The ball will not move
The ball will lose momentum
The ball will accelerate in the direction opposite the applied force
The ball will accelerate in the same direction as the applied force
Velocity
Momentum
Acceleration
Mass
Mass and velocity force pairs
Unbalanced force pairs
Mass and acceleration force pairs
Action/reaction force pairs
Mass and acceleration
Mass and velocity
Force and mass
Net force and mass
Some of the ball's momentum is transferred to the pins
All of the ball's momentum is transferred to the pins
None of the ball's momentum is transferred to the pins
The pins stop the ball from rolling farther
No outside forces
Balanced and unbalanced force pairs
Gravity and friction
Mass and inertia
Inch
Kilometer
Newton
Kilogram
N
Kg
F
Cm
Gravitational force pushing up
Contact force in pushing
Inertia force
Energy force
100N
25N
1000N
121N
It doubles as well
It gets twice as small
It triples
It get ten times bigger
Momentum decreases as mass becomes smaller
Momentum increases as mass becomes smaller
Momentum decreases as mass becomes larger
Momentum increases as mass becomes larger
.45 m/s
2.2 m/s
50 m/s
1620 m/s