Question:

3 ML T 4 M L T 3 The equation for the displacement of a

Last updated: 6/19/2023

3 ML T 4 M L T 3 The equation for the displacement of a

3 ML T 4 M L T 3 The equation for the displacement of a stretched 43 4 string is given by y 4 sin 2x 0 02 100 Where y and x are in cm and t in sec The i frequency ii velocity of the wave iii maximum particle velocity are 1 50 Hz 50 m s 20x m s 2 50 Hz 20 m s 50 m s 3 50 Hz 50 m s 2 m s 4 50 Hz 50 m s 4x m s The phase difference between the displacement 44 3 ML 4 M LT ya af g fazeny 4 in 2x X 100 0 02 ya x cm 1 i i 1 1 50 Hz 50 m s 20 m s 2 50 Hz 20 m s 50 m s 3 50 Hz 50 m s 2x m s 4 50 Hz 50 m s 4x m s