A high pitched sound will show up as more cycles across the screen of our oscilloscope than a lower pitched sound would (for the same settings on our instrument). Let's delve in a bit to see what's up.
With our oscilloscope (just scope from here on out) set up and a function generator set to sine wave and coupled into the vertical, we can get a look at the sine wave by cranking on the controls. With the vertical control, which is usually volts/division, we can make the waveform appear "shorter" or "taller" on the screen. By changing the horizontal control (the sweep), we can "stretch" the signal to see more cycles or "compress" it to see fewer cycles.
Given that the controls on the scope allow us to "tailor" the presentation on the screen, we usually set up so that the vertical deflection makes the signal go from near the bottom to near the top. We don't want to "clip" it, but we don't want a "tiny" waveform either. The accuracy of our measurement of amplitude is best when we have the signal take up most of the screen. The same applies to the horizontal. By adjusting the sweep, we can reach a point where one cycle fills the screen left to right. If we then go to our function generator and increase the frequency of the output, we'll see the waveform being "compressed" left to right, and more cycles will appear across the screen.
We've seen that a higher pitched sound will result in a greater number of cycles appearing across the screen of our scope than would appear if we look at a lower pitched sound with the same settings.
In my book the pitch of sound is the frequency. Musicians have different names for pitch, like middle C or F sharp, but they all correspond to certain frequencies.The answer above is not correct it is totally unsenceable
The term vibration can be used to described a repetitive motion of something like, say, the string of a musical instrument. A string could be said to vibrate at a certain rate. The vibration creates sound at a given number of cycles per second (the rate or frequency of vibration), and this gives the vibration a certain pitch or note.
The Fujita scale rates tornadoes from F0 to F5 based on how bad the damage they do is. An F0 is the weakest category. These tornadoes break tree limbs, damage siding and gutters on homes and blow some shingles from rooftops.
Low-pitched sounds are produced when an object vibrates slowly, creating waves with longer wavelengths. The slower the vibration, the lower the pitch of the sound. The frequency of the wave determines the pitch, with lower frequencies corresponding to lower pitches.
The earthquake itself cannot be prevented as it is caused by plate tectonics, but one way you can help to stop buildings falling is to secure them in firm foundations, as change the resonant frequency so that no pitch of sound will be able to topple the building like what happened to a bridge in California.
A high pitch sound is a sound that is perceived as being shrill or squeaky, with a higher frequency compared to lower pitch sounds. It may be similar to the sound of a whistle or a bird chirping.
High pitch sounds have a higher frequency and are perceived as more shrill or sharp, while low pitch sounds have a lower frequency and are perceived as deeper or more bass-like. The main difference between high and low pitch sounds is the frequency of the sound waves.
The sound would be like thunder, since thunder also has high amplitudes and frequency also. Usually at the begining of thunder you will listen cracking (krat..kat..krat .........) sound which is high frequency and high pitch. At the time when thundering is almost stop you will listen the heavy /bass sound which is very high amplitude and low frequency (goom.goom....goom...........) sound.
Pitch is basically frequency... High Frequency = High Pitch Low Frequency = Low Pitch Definitions Frequency: The number of waves that pass a unit of time(like seconds,minutes,hours,and etc.) Pitch: The highness or lowness of a sound 5th Grade Stuff.... ^_^ =D
In my book the pitch of sound is the frequency. Musicians have different names for pitch, like middle C or F sharp, but they all correspond to certain frequencies.The answer above is not correct it is totally unsenceable
Low pitch refers to sounds with lower frequencies, resulting in deeper tones, like a bass drum. High pitch refers to sounds with higher frequencies, resulting in sharper tones, like a whistle. The pitch of a sound is determined by the frequency of the sound waves.
Well, friend, think of frequency like the pitch of a bird's song. The higher the frequency, the higher the pitch of the sound. It's like painting a beautiful landscape - each frequency adds a different color to the overall masterpiece of sound. Just remember, every frequency has its own unique charm, just like every brushstroke adds depth to a painting.
Amplitude is how loud it is. So a soft sound would have a small amplitude. Frequency is the pitch of the sound. High sounds have high frequency. Wavelength is the type of sound. Music wavelengths are in harmony. Changing the wavelength gives us the different words etc that we make.
Sounds with higher frequency have higher 'pitch'.The sound of a woman's voice has more high frequency content in it than the sound of a man's voice has.The sound of a flute or a piccolo is at a higher frequency than the sound of a tuba or a trombone is.As you go up the keyboard from left to right, the sounds of the notes go up in pitch, because their frequencies go up.
A high pitch sound wave would have a higher frequency, with closely packed wave crests. This would appear as waves that are more tightly compressed together in a graphical representation.
The property of sound that is most similar to color or hue of light is pitch. Just like how colors can be perceived as high or low in frequency, sounds can also be heard as high or low in pitch. Both pitch and color are aspects of sensory stimuli related to the frequency of the waves.
sound has properties of loudness and pitch. The loudness of a sound depends on the amplitude of vibration. A speaker making a loud sound moves back and forth more than a speaker making a soft sound. The pitch of a sound depends on the frequency of vibration. A speaker making a high pitched sound like a siren vibrates with a higher frequency than the same speaker making a low pitched sound like thunder