Two sound waves, one wave is given by y₁ = p_o sin (kx - $\omega$t) and the other by y₂ = p_o sin (kx - $\omega$t + $\pi$/2). The amplitude resulting from the interference of the two waves is A) 2p_o C) 1.25p_o E) 0

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The Answer of Two sound waves, one wave is given by y₁ = p_o sin (kx - $\omega$t) and the other by y₂ = p_o sin (kx - $\omega$t + $\pi$/2). The amplitude resulting from the interference of the two waves is A) 2p_o C) 1.25p_o E) 0

Two Sound Waves, One Wave Is Given by Y1 = ω\omegaω

Two Sound Waves, One Wave Is Given by Y₁ = $\omega$