In the following properties of a wave- the one which is independent of the other isamplitudevelocitywavelengthfrequency

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Toppr Admin · Accepted Answer

We know that velocity of wave -v- frequency -f-xD7- wavelength -x3BB-xA0-Thus- we can say that the amplitude -A- is independent of other means it is not related to the other quantities-xA0-

In the following properties of a wave, the one which is independent of the other is
amplitude
velocity
wavelength
frequency

We know that velocity of wave $(v) =$ frequency $(f) \times$ wavelength $(λ)$ .
Thus, we can say that the amplitude (A) is independent of other means it is not related to the other quantities.

In the following properties of a wave, the one which is independent of the other isamplitudevelocitywavelengthfrequency

We know that velocity of wave (v)= frequency (f)× wavelength (λ). Thus, we can say that the amplitude (A) is independent of other means it is not related to the other quantities.

In the following properties of a wave, the one which is independent of the other is
amplitude
velocity
wavelength
frequency

We know that velocity of wave $(v) =$ frequency $(f) \times$ wavelength $(λ)$ .
Thus, we can say that the amplitude (A) is independent of other means it is not related to the other quantities.