a progressive and stationary simple hamonic wave having frequency 250hz and each having same velocity 30m/s 1) determine phase difference between two vibrating points 2) wave equation of progressive wave if amplitude is 0.03m 3) distance between nodes in stationary wave

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Arun · Answer

period = T = 1/f = 1/250 wavelength = L = speed*time = 30/250 sin 2pi(t/T-x/L) x/L = .10 (250/30) phase = 2 pi (.1*250/30) half a wavelength between nodes = 15/250

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a progressive and stationary simple hamonic wave having frequency 250hz and each having same velocity 30m/s 1) determine phase difference between two vibrating points 2) wave equation of progressive wave if amplitude is 0.03m 3) distance between nodes in stationary wave

a progressive and stationary simple hamonic wave having frequency 250hz and each having same velocity 30m/s 1) determine phase difference between two vibrating points 2) wave equation of progressive wave if amplitude is 0.03m 3) distance between nodes in stationary wave

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a progressive and stationary simple hamonic wave having frequency 250hz and each having same velocity 30m/s 1) determine phase difference between two vibrating points 2) wave equation of progressive wave if amplitude is 0.03m 3) distance between nodes in stationary wave

a progressive and stationary simple hamonic wave having frequency 250hz and each having same velocity 30m/s 1) determine phase difference between two vibrating points 2) wave equation of progressive wave if amplitude is 0.03m 3) distance between nodes in stationary wave

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