According to Newton's second law of motion, if force remains constant, an increase in mass will:

• Increase

• Decrease

• Stay the same

• Not be measurable

According to Newton's second law of motion, force equals mass times:

• Velocity

• Momentum

• Acceleration

• Mass

Inertia is the resistance of an object to a change in its:

• Velocity

• Momentum

• Mass

• Motion

A rocket taking off is an example of Newton's:

• 1st Law

• 2nd Law

• 3rd Law

• Example of Newton's

Car's acceleration slowed when mass increased is an example of Newton's:

• 1st Law

• 2nd Law

• 3rd Law

• Example of Newton's

Pushing off the wall at the skating rink and going the opposite direction is an example of Newton's:

• 1st Law

• 2nd Law

• 3rd Law

• Example of Newton's

A driver without a seat belt thrown from the car in a collision is an example of Newton's:

• 1st Law

• 2nd Law

• 3rd Law

• Example of Newton's

Throwing a ball with more force to increase acceleration is an example of Newton's:

• 1st Law

• 2nd Law

• 3rd Law

• Example of Newton's

Blowing up a balloon and letting it go is an example of Newton's:

• 1st Law

• 2nd Law

• 3rd Law

• Example of Newton's

A space probe continuing in the same direction and speed in space is an example of Newton's:

• 1st Law

• 2nd Law

• 3rd Law

• Example of Newton's