Two waves passing through a region are respresented by y_(1) = 5 mm sin [(2pi cm^(-1))x - (50 pis^(-1))t] and y_(2) = 10 mm sin [(pi cm^(-1))x - (100 pis^(-1))t] Find the displacement of the particle at x = 1 cm at time t = 5.0 ms.
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According to the principle of superposition each wave produces its disturbance independent of the other and he resultant disturbance is equal to the vector sum of the individual disturbance The displacements of the particle at x = 1 cm at time t = 5.0 ms due to the two waves are
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According to the principle of Superposition each wave produces it's disturbance independent of the other and he resultant disturbance is equal to the vector sum of individual disturbance.
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