Transversal wave equations that propagate on a rope are Y=20 sin 4π(3t-0,5x)cm .With y and x stated in cm and t in a second. decide amplitude, frequency, wavelength, velocity waves phase, maximum velocity of particles on x=0 inside the rope, The direction the waves creak, How are the equations of particle motion at a balanced position x=0 and determine the curve of the rope on t=0
Transversal wave equations that propagate on a rope are Y=20 sin 4π(3t-0,5x)cm .With y and x stated in cm and t in a second. decide amplitude, frequency, wavelength, velocity waves phase, maximum velocity of particles on x=0 inside the rope, The direction the waves creak, How are the equations of particle motion at a balanced position x=0 and determine the curve of the rope on t=0
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Transversal wave equations that propagate on a rope are Y=20 sin 4π(3t-0,5x)cm .With y and x stated in cm and t in a second. decide amplitude, frequency, wavelength, velocity waves phase, maximum velocity of particles on x=0 inside the rope, The direction the waves creak, How are the equations of particle motion at a balanced position x=0 and determine the curve of the rope on t=0
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