The amplitude of a vibration is the maximum displacement from the equilibrium position. It represents the intensity or magnitude of the vibrations. A larger amplitude indicates a more energetic vibration, while a smaller amplitude indicates a less energetic vibration.
the amplitude increases
Amplitude is the maximum displacement from the equilibrium position during one complete cycle of a vibration. It indicates the strength or intensity of the vibration, with larger amplitudes corresponding to more energetic vibrations.
No, the pitch of sound is determined by the frequency of the vibration, not the amplitude. Amplitude affects the loudness or intensity of sound, while frequency affects the pitch.
The amplitude of the body is half of the distance covered in one vibration. In this case, the amplitude would be 10cm.
The dimensional formula of amplitude of vibration is [L], where L represents length or distance. This is because amplitude is a measure of the maximum extent of a vibration from its equilibrium position, which is typically measured in units of length (such as meters).
The amplitude of a wave vibration refers to the maximum displacement of a vibrating particle from its equilibrium position. It represents the distance between the peak of a wave and its resting position. A larger amplitude indicates a stronger vibration or wave.
Amplitude- The maximum distance to which an oscillating or vibrating object moves from its central position is called amplitude. Vibration- Sound is produced by rapid -to and -fro movements ,called vibrations.
the wave form will be changed acccording to the application.... when the amplitude is being changed,
The amplitude.The amplitude.The amplitude.The amplitude.
damped vibration
No. If a vibration is smaller, the sound is higher pitched. To get a quieter sound the amplitude of the sound-wave needs to be smaller. +++ It depends whether you mean amplitude or wavelength being "smaller", and they are two different things. If the vibration's amplitude is smaller the sound is quieter irrespective of frequency. If the vibration is more rapid, the frequency is higher but the wavelength correspondingly smaller irrespective of amplitude.