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Match it!
Match it! Select the correct answer from the pull down...Good luck!
The total distance traveled by an object divided by the total amount of time needed to travel equals the _____.
more momentum
both
average speed
an equal and opposite reaction
vibrate along the direction the wave travels or longitudinal
position
acceleration
Newton's second law of motion
An object of large mass has _____ than an object of small mass.
more momentum
both
average speed
an equal and opposite reaction
vibrate along the direction the wave travels or longitudinal
position
acceleration
Newton's second law of motion
Which describes how velocity changes with time? (also known as the change in velocity over time)
more momentum
both
average speed
an equal and opposite reaction
vibrate along the direction the wave travels or longitudinal
position
acceleration
Newton's second law of motion
The relationship among force, mass, and acceleration is stated in ____.
more momentum
both
average speed
an equal and opposite reaction
vibrate along the direction the wave travels or longitudinal
position
acceleration
Newton's second law of motion
Steve lifted a book off the desk. Which type of energy is transferred to the book?
more momentum
both
average speed
an equal and opposite reaction
vibrate along the direction the wave travels or longitudinal
position
acceleration
Newton's second law of motion
Motion is the process of changing _____.
more momentum
both
average speed
an equal and opposite reaction
vibrate along the direction the wave travels or longitudinal
position
acceleration
Newton's second law of motion
When sound travels through air, the particles _____.
more momentum
both
average speed
an equal and opposite reaction
vibrate along the direction the wave travels or longitudinal
position
acceleration
Newton's second law of motion
Which of the following best completes the phrase? For every action there is _____.
more momentum
both
average speed
an equal and opposite reaction
vibrate along the direction the wave travels or longitudinal
position
acceleration
Newton's second law of motion
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