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.
Amplitude does not have a direct effect on color. Color is determined by the wavelength of light, not its amplitude. Amplitude affects the intensity or brightness of light, but not its color.
The intensity or amplitude of light corresponds to loudness in sound. Just like how a louder sound is produced by greater amplitude of sound waves, a brighter light is produced by a greater intensity of light waves.
A wave with high amplitude has large peaks and troughs, indicating a significant amount of energy. This type of wave carries more energy than a wave with small amplitude, and can be more powerful and potentially more destructive. High-amplitude waves are often associated with phenomena like earthquakes, tsunamis, or large storm surges.
The physical dimension that determines the brightness of light is intensity, measured in units like watts per square meter. For sound, the physical dimension that determines loudness is amplitude, measured in units like decibels. Both intensity and amplitude correlate with the perceived brightness or loudness of light and sound, respectively.
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.
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.
Amplitude does not have a direct effect on color. Color is determined by the wavelength of light, not its amplitude. Amplitude affects the intensity or brightness of light, but not its color.
The intensity or amplitude of light corresponds to loudness in sound. Just like how a louder sound is produced by greater amplitude of sound waves, a brighter light is produced by a greater intensity of light waves.
Wave amplitude is the strong or weak of the wave, like in sound, it would be the volume.
Amplitude refers to the amount by which something is displaced from the middle of its periodic motion. It can mean the maximum disturbance from the neutral position of a wave. It represents the intensity of a vibration, e.g. the loudness of a sound.
A wave with high amplitude has large peaks and troughs, indicating a significant amount of energy. This type of wave carries more energy than a wave with small amplitude, and can be more powerful and potentially more destructive. High-amplitude waves are often associated with phenomena like earthquakes, tsunamis, or large storm surges.
The physical dimension that determines the brightness of light is intensity, measured in units like watts per square meter. For sound, the physical dimension that determines loudness is amplitude, measured in units like decibels. Both intensity and amplitude correlate with the perceived brightness or loudness of light and sound, respectively.
High amplitude refers to a signal or wave that has stronger or larger oscillations, while low amplitude refers to weaker or smaller oscillations. In simple terms, high amplitude is "bigger" or "louder" than low amplitude.
wavelength. In the context of light waves, brightness is determined by amplitude while hue is determined by the wavelength of the light wave. Changes in wavelength correspond to different colors in the visible spectrum, just like changes in amplitude affect brightness.
No, the amplitude of a maraca's sound is primarily determined by the force with which it is shaken. You cannot manually adjust the amplitude like you would with electronic devices where you can control the volume.
The amplitude of a soft sound is low, meaning that the intensity of the sound wave is relatively quiet. This results in a wave with smaller peaks and troughs compared to a high-amplitude sound. Soft sounds typically have smaller changes in air pressure, resulting in a gentle or subtle auditory experience.