Which wave characteristic has the unit hertz? ?

The exercise involves filling in the gaps with the possible wave

properties that can be obtained from a spring.

The correctly completed exercise is presented as follows;

A wave is a disturbance that moves through a medium. There are two

types of waves. A mechanical wave requires matter to travel. List some

examples of this type: sound wave, water wave, spring waves.

A electromagnetic wave does not require a medium. Examples include: Light waves

In order to start and transmit a mechanical wave, a source of

disturbance and a physical medium are required. A single disturbance is

referred to as a pulse, and a series of disturbance is a wave train.

This type of wave is called transverse wave. Its pulses are called crest

and troughs.

Now send a pulse by quickly pushing the spring forward and pulling it

back, as shown. This type of wave is called longitudinal wave. Watch the

motion of the ribbon. In this type, the particles move parallel to the

direction the wave travels. Its pulses are called compression and

rarefactions. Note that all waves transfer energy without transferring

matter. In mechanical waves, particle of the medium vibrate back and

forth in simple harmonic motion while the disturbance (or energy)

moves from one place to another.

B. Wave speed

Does the pulse catch up to the other? yes. The size of the pulse is called

the amplitude of the wave.

Did the size of the pulse affect the speed? No.

The average time wave it takes the wave to travel

Without changing your positions therefore keeping the distance the

pulse travels the same), pull the slinky tighter using only about 3/4 of

coils. This makes a completely different medium through which the

pulse will travel. Time the journey as before time record. Does the kind

of medium affect the speed of the pulse? Yes

C. Wavelength and Frequency

High frequency waves have short wavelengths and low frequency waves

have long wavelengths.

The speed of a wave in any medium is equal to the frequency of the wave × the wavelength. This wave equation shows that f and λ are

inversely proportional. The units of the variables are;

Learn more about waves here:

link

The exercise involves filling in the gaps with the possible wave

properties that can be obtained from a spring.

The correctly completed exercise is presented as follows;

A wave is a disturbance that moves through a medium. There are two

types of waves. A mechanical wave requires matter to travel. List some

examples of this type: sound wave, water wave, spring waves.

A electromagnetic wave does not require a medium. Examples include: Light waves

In order to start and transmit a mechanical wave, a source of

disturbance and a physical medium are required. A single disturbance is

referred to as a pulse, and a series of disturbance is a wave train.

This type of wave is called transverse wave. Its pulses are called crest

and troughs.

Now send a pulse by quickly pushing the spring forward and pulling it

back, as shown. This type of wave is called longitudinal wave. Watch the

motion of the ribbon. In this type, the particles move parallel to the

direction the wave travels. Its pulses are called compression and

rarefactions. Note that all waves transfer energy without transferring

matter. In mechanical waves, particle of the medium vibrate back and

forth in simple harmonic motion while the disturbance (or energy)

moves from one place to another.

B. Wave speed

Does the pulse catch up to the other? yes. The size of the pulse is called

the amplitude of the wave.

Did the size of the pulse affect the speed? No.

The average time wave it takes the wave to travel

Without changing your positions therefore keeping the distance the

pulse travels the same), pull the slinky tighter using only about 3/4 of

coils. This makes a completely different medium through which the

pulse will travel. Time the journey as before time record. Does the kind

of medium affect the speed of the pulse? Yes

C. Wavelength and Frequency

High frequency waves have short wavelengths and low frequency waves

have long wavelengths.

The speed of a wave in any medium is equal to the frequency of the wave × the wavelength. This wave equation shows that f and λ are

inversely proportional. The units of the variables are;

Learn more about waves here:

link

1. 4 s 2. 0.25 Hz 3. wavelength 4. The height the object moves up and down increases

Explanation:

1. Period, T = total time/number of oscillations

total time = 60 s, number of oscillations = 15

T = 60 s/15 = 4 s

2. Frequency, f = 1/T = 1/4 = 0.25 Hz

3. The wavelength, λ. Since the velocity v = fλ

4. If he amplitude of the ocean waves increase and all other wave characteristics, the height the object moves up and down increases. This amplitude of the wave is independent of all the other properties of the wave.

The amplitude of a wave is most directly related to crest length.

Explanation:

Note: The amplitude of a wave is independent of both wavelength and frequency.

The amplitude or height of a wave (note the word height) is gotten by measuring from the peak to the trough of the wave.

Crest is the height/peak of the amplitude up and down.

Amplitude of the wave is the wave height i.e. height of a crest + height of a trough. This is the same as crest length.

The amplitude of a wave is most directly related to crest length.

The amplitude of a wave is most directly related to crest length.

Amplitude means the height of a crest or a trough.

The amplitude of a wave is most directly related to crest length.

Explanation:

Note: The amplitude of a wave is independent of both wavelength and frequency.

The amplitude or height of a wave (note the word height) is gotten by measuring from the peak to the trough of the wave.

Crest is the height/peak of the amplitude up and down.

Amplitude of the wave is the wave height i.e. height of a crest + height of a trough. This is the same as crest length.

The amplitude of a wave is most directly related to crest length.

The amplitude of a wave is most directly related to crest length.

Amplitude means the height of a crest or a trough.