The diagram below shows waves A and B in the same medium. How is wave B different to wave A?

The time required to produce one cycle of a wave is known as the wave’s _____.

A microwave with a frequency of 5.0 × 10¹⁰ 𝐻𝑧 has a period of

Which of the following wave diagrams have both

wavelength (𝜆) and amplitude (𝐴) labeled correctly?

The diagram below represents a wave. What is the amplitude of the wave?

The diagram represents a wave. What is the wavelength of the wave?

The diagram represents a wave. What is the speed of the wave if its frequency is 8.0 hertz?

Two waves are traveling through the same container of nitrogen gas. Wave A has a wavelength of 1.5 m. Wave B has a wavelength of 4.5 m. The speed of wave B must be ________ the speed of wave A

Air particles around a vibrating tuning fork move back and forth as the wave progresses to the right as shown

below. Identify the type of wave.

Air particles around a vibrating tuning fork move back and forth as the wave progresses to the right as shown

below. If the wavelength of the wave is 6.0 𝑚 and the wave travels with a speed of 300 𝑚/𝑠, find the frequency of the wave.

Air particles around a vibrating tuning fork move back and forth as the wave progresses to the right as shown

below. Calculate the wave period if the frequency is 50Hz.

Air particles around a vibrating tuning fork move back and forth as the wave progresses to the right as shown

below. If the wavelength of the wave is 6.0 𝑚 and the wave travels with a speed of 300 𝑚/𝑠. If the frequency were doubled, what would the new wavelength be?

The following diagram represents a vibrating string with a periodic wave originating at A and moving to G, a distance of 6.0 meters.

As the wave moves toward G, point E on the string will move vertically down and then vertically up. What

type of wave is represented by the diagram?

The following diagram represents a vibrating string with a periodic wave originating at A and moving to G, a distance of 6.0 meters.

What is the wavelength of this wave?

The following diagram represents a vibrating string with a periodic wave originating at A and moving to G, a distance of 6.0 meters.

If the waves were produced at a faster rate, the distance between points D and E would _____.

Which phenomenon occurs when an object absorbs wave energy that matches the object’s natural frequency?

Which phenomenon occurs when an object slows down and changes direction when it enters a different medium?

As represented in the diagram below, two wave pulses, X and Y, are traveling toward each other in a rope. Both wave pulses have an amplitude of 0.30 m.

As a longitudinal wave moves through a medium, the particles of the medium move______.