# Answer to Question #44876 in Other Physics for sargam barekar

Question #44876

a) (i)A harmonic wave on a rope is described by the expression

y( x ,t)=(4.3 mm)sin[2pie/0.82m(x+12ms^-1)t]

What are the wave’s wavelength, period, wave number, frequency, and direction of

propagation.

(ii) For the wave in 2(a) (i) above, determine the displacement and acceleration of the

element of the rope located at x = 0.58m at the instant t = 0.41s.

y( x ,t)=(4.3 mm)sin[2pie/0.82m(x+12ms^-1)t]

What are the wave’s wavelength, period, wave number, frequency, and direction of

propagation.

(ii) For the wave in 2(a) (i) above, determine the displacement and acceleration of the

element of the rope located at x = 0.58m at the instant t = 0.41s.

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