The characteristic of a transverse wave that doubled from wave A to wave B is its amplitude. The amplitude of a wave represents the maximum displacement of a particle from its equilibrium position. Therefore, if the amplitude doubled from wave A to wave B, it means that the particles in wave B are undergoing a greater maximum displacement compared to the particles in wave A.
As time passes, which of these is decreasing?
Without specific context, it is difficult to determine which specific parameter is decreasing over time. In the context of a transverse wave, common parameters that may potentially decrease over time include the amplitude, frequency, or velocity of the wave. However, without further information, it is not possible to pinpoint which of these parameters is decreasing over time.
Using an oscilloscope, it can be observed that the pitch of a sound is directly related to a sound wave’s frequency while the volume is directly related to a sound wave’s amplitude. The change shown in the illustration suggests that the
The change shown in the illustration suggests that the frequency of the sound wave is decreasing. This would result in a lower pitch of the sound.
The distance shown in the diagram is known as the
The distance shown in the diagram is known as the wavelength of the wave.
