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Byju's Answer
Standard XII
Physics
Time Period Independent of Amplitude
Prove that th...
Question
Prove that the equation y = a sin
ω
t
does not satisfy the wave equation and hence it does not represent a wave.
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Solution
A sinusoidal wave must be in the form of
y
=
A
s
i
n
(
k
x
−
w
t
)
But here
k
x
=
0
so,
k
is zero which is not possible
V
=
w
k
Velocity will become infinite which is not possible.
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Q.
The equation
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=
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ω
t
represents a wave motion with
(a) amplitude A, frequency
ω
/
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(b) amplitude A/2, frequency
ω
/
π
(c) amplitude 2A, frequency
ω
/
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(d) does not represent a wave motion.
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The equation that does not represent wave motion is
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Time Period Independent of Amplitude
Standard XII Physics
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