General Knowledge - Physics - Discussion
Discussion Forum : Physics - Section 1 (Q.No. 24)
24.
Of the following properties of a wave, the one that is independent of the other is its
Discussion:
24 comments Page 1 of 3.
Shadiullah said:
7 years ago
What is the relationship between the above parameters?
Please explain it.
Please explain it.
Rani said:
7 years ago
Velocity=frequency*wavelength so amplitude is independent.
RISHI KUMAR said:
8 years ago
s=nv.
[s=speed of wave, n=wavelength, v=frequency]. Which are dependent to each other. Hence amplitude was the right choice.
[s=speed of wave, n=wavelength, v=frequency]. Which are dependent to each other. Hence amplitude was the right choice.
Prathap said:
8 years ago
According to the electromagnetic theory wavelength, velocity, and frequency dependent on each other as c = frequency*wavelength.
So, option A is correct.
So, option A is correct.
Alok said:
8 years ago
It would frequency because the frequency of wave remains same.
Rajatsrivastav(RJ) said:
8 years ago
Because as we know amplitude in the place where you disturb the properties of thread any thing have elasticity and mass.
From starting point amplitude grow acheive heigh distance in up and as flow some time. Energy which you given lost then and the amplitude moving his properties in free.
In the end the sof is about to end.
From starting point amplitude grow acheive heigh distance in up and as flow some time. Energy which you given lost then and the amplitude moving his properties in free.
In the end the sof is about to end.
Oscar said:
8 years ago
I do think that amplitude is the maximum displacement of an oscillating object.
Somnath said:
9 years ago
A wave should be progressive (i.e) either transverse or longitudinal. All waves travel in a direction without any change in amplitude but frequency, velocity and wavelength change based on the wave which means they are dependent and amplitude is independent.
Paul said:
9 years ago
V = f * wavelength, f = v/wavelength, wavelength= v/f. So amplitude is independent from our wave equation.
Elakiya jyothi said:
9 years ago
How wavelength, velocity and frequency are related?
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