A person walked 6 miles. It took them 2 hours. Calculate their speed.

In this distance-time graph, where is the object sitting still?

In this distance-time graph, where is the object returning to its starting position?

In this distance-time graph, where is the object traveling at the fastest speed?

An object at rest will ________ if no outside forces are applied.

Newton's ___ Law of Motion states that for every action, there is an equal and opposite reaction.

According to Newton's ____ Law of Motion, if you increase the force applied to an object, then it accelerates more.

Newton's ____ Law of Motion states that an object in motion will remain in motion unless acted on by an unbalanced force.

Newton's ___ Law of Motion states that force is equal to mass multiplied by acceleration.

A person pushes on a wall and the wall pushes back on the person with equal force. This is an example of Newton's ____ Law of Motion.

The formula for momentum is ______.

The unit for momentum is ______.

The momentum of an object depends on its mass and ______.

An elephant has a momentum of zero. How is this possible when it is so massive?

If a large truck and a small car were both traveling at the same velocity, which would have the most momentum?

Calculate the momentum of a 1500 kg car traveling north at 23 m/s. Use the momentum formula to find your answer.

______ waves have vibrations that run perpendicular to the direction the wave travels.

______ waves have vibrations that run parallel to the direction the wave travels.

Examples of ______ waves include water waves, waves on a string, jump rope waves, and light waves.

An example of a ______ wave is a sound wave.

The highest point on a transverse wave is called the _____.

The lowest point on a transverse wave is called the _____.

In a compressional (longitudinal) wave, the area where the particles are spread apart is known as the ____.

In a compressional (longitudinal) wave, the area where the particles are pressed close together is known as the ____.

In the diagram shown, the number ___ is pointing to the wave's crest.

In the diagram shown, the number ___ is pointing to the wave's trough.

In the diagram shown, the number ___ is pointing to the wave's amplitude.

In the diagram shown, the number ___ is pointing to the wave's wavelength.

In the diagram shown, the number ___ is pointing to the wave's compression.

In the diagram shown, the number ___ is pointing to the wave's rarefaction.

In the diagram shown, the number ____ is pointing to the wave's wavelength.

The _______ is the length of a full wave cycle, from one crest to the next crest.

The ______ is the size or height of a wave, measured from the equilibrium to the crest or trough.

The _____ of a wave tells how many waves pass a given point in 1 second.