Front

period

Back

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Front

A stretched spring attached to two fixed points is compressed on one end and released, resulting in a wave that travels back and forth until it comes to a stop. This mechanical wave is an example of a: transverse wave, longitudinal wave, microwave, refracted wave

Back

longitudinal wave

Front

Use the graphs below to answer the question. The two waves above are traveling at the same speed. Which statement best describes the difference between the waves?

Back

Wave A has a lower frequency than wave B.

Front

Which of the following is the best example of a wave? Options: a stone rolling downhill, a vehicle traveling on a bumpy road, a string vibrating on a guitar, a grasshopper jumping up and down

Back

a string vibrating on a guitar

Front

The diagram below shows a wave trace. Distance Z is a measure of

Back

amplitude

Front

What do all waves transmit?

Back

energy

Front

A large spring is stretched horizontally between two people. One person wiggles the spring up and down at one end. The up-and-down vibration then moves along the spring to the other person. Which type of wave is created in the spring?

Back

transverse wave

Front

The diagram below shows a wave with four numbered parts. Which numbered part of the diagram represents the wavelength?

Back

4

Front

Nearly all waves need to travel through something called a _______________.

Back

medium

Front

The graphs below give information for waves W and X. Both waves were produced in the same medium and are moving at the same speed. Which of the following statements describes another property of these waves? Wave W has a larger period than wave X., Wave W has a lower frequency than wave X., Wave W has a greater amplitude than wave X., Wave W has a shorter wavelength than wave X.

Back

Wave W has a shorter wavelength than wave X.