(C) In a stationary wave,the particles of the medium vibrate about their mean positions in $S.H.M.$ All particles (except those at the nodes,which rem

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except at nodes,vibrate in $S.H.M.$ of same period but of different amplitudes.

(C) In a stationary wave,the particles of the medium vibrate about their mean positions in $S.H.M.$ All particles (except those at the nodes,which remain at rest) vibrate with the same frequency (and thus the same period) as the source. However,the amplitude of vibration varies from particle to particle,being zero at the nodes and maximum at the antinodes.

Class 11 Physics Waves Stationary Waves (Standing wave)

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In a stationary wave,all particles

MHT CET 2022 All MHT CET

A
vibrate in $S.H.M.$ of different periods and different amplitudes.
B
vibrate in $S.H.M.$ of same period and amplitude.
C
except at nodes,vibrate in $S.H.M.$ of same period but of different amplitudes.
D
except at nodes,vibrate in $S.H.M.$ of same period and same amplitude.

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Stationary Waves (Standing wave)

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$A$ stretched string of length $l,$ fixed at both ends,can sustain stationary waves of wavelength $\lambda,$ given by:

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In a stationary wave,all particles

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$A$ string fixed at both its ends vibrates in $5$ loops as shown in the figure. The total number of nodes and antinodes are respectively:

Which is the most important property of a stationary wave?

On producing the waves of frequency $1000 \,Hz$ in a Kundt's tube, the total distance between $6$ successive nodes is $85 \,cm$. Then, the speed of sound in the gas filled in the tube is (in $\,ms^{-1}$)

$A$ wave travels on a light string. The equation of the wave is $Y = A \sin (kx - \omega t + 30^o)$. It is reflected from a heavy string tied to an end of the light string at $x = 0$. If $64\%$ of the incident energy is reflected,the equation of the reflected wave is:

$A$ stretched string of length $l,$ fixed at both ends,can sustain stationary waves of wavelength $\lambda,$ given by:

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