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![[Post New]](/templates/default/images/icon_minipost_new.gif) 2 Apr 2008 00:57:37 IST
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Q1 Is it possible to have a standing wave if the amplitude of two component waves are not equal???????
Q2 In a standing wave,is the energy density ZERO at nodes???
Q3 Is there any relationship between wave speed and maximum particle speed????
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"You need a perfect strategy to clear JEE more than knowledge " |
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![[Post New]](/templates/default/images/icon_minipost_new.gif) 2 Apr 2008 01:14:32 IST
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3) no i think they r independent..
y=Asin(kx-wt)
particle velocity maximum=Aw wave velocity=wavelength*w/2 pi
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" Always remember money isn't everything but make sure you have made a lot of it before talking such nonsense!"
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![[Post New]](/templates/default/images/icon_minipost_new.gif) 3 Apr 2008 00:34:24 IST
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what do you mean by "you think"??????????? plzzzzzzzzzz give correct answer &&&&&&& others plzzzzzzz helpp
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![[Post New]](/templates/default/images/icon_minipost_new.gif) 3 Apr 2008 00:51:41 IST
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Q.3. yes there is a relation between wave velocity and particle velocity: dy/dt= -v*dy/dx where dy/dx is the slope at the particle, v is the wave velocity, dy/dt is the particle velocity. dy/dx represents the partial differentiation of y w.r.t. x keeping t constant, and same is for dy/dt (w.r.t. t keeping x constant)
Plz rate
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![[Post New]](/templates/default/images/icon_minipost_new.gif) 3 Apr 2008 09:55:53 IST
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YES THINK ABT THE STANDING WAVES HAVING FREE END YOU HAVE REFLECTED WAVES HAVING AMPLITUDE 2X .............................NOT SO GOOD Q.
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![[Post New]](/templates/default/images/icon_minipost_new.gif) 3 Apr 2008 09:56:55 IST
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Re:Waves
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![[Post New]](/templates/default/images/icon_minipost_new.gif) 3 Apr 2008 13:29:56 IST
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Q.2. in the satnding wave there is no transmission of energy. Hence the energy between two consecutive nodes will be constant. THE ENERGY DENSITY AT NODES IS ZERO
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![[Post New]](/templates/default/images/icon_minipost_new.gif) 3 Apr 2008 13:32:34 IST
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Q.1. Actually a standing wave is produced by the superposition of the original wave and its reflection. Hence their amplitude is same.
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