The equation of displacement due to a sound wave is \( s=s_{0} \sin ^{2}(\omega t-k x) \). If th...

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34. The displacement of a progressive wave is represented by y = A sin(ωt - kx), where x is distanc 34. The displacement of a progressive wave is represented by y = A sin(ωt - kx), where x is distanc
The equation of a wave | Physics | Khan Academy The equation of a wave | Physics | Khan Academy
The displacement of the wave given by equation `y(x, t)=a sin (kx - omega t +phi), ` The displacement of the wave given by equation `y(x, t)=a sin (kx - omega t +phi), `
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The displacement equations for two waves undergoing super position ... The displacement equations for two waves undergoing super position ...
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