The shm of the left-hand end of a long string is given by


The SHM of the left-hand end of a long string is given by y = 1.44 cm * sin ( ( 6 `pi rad/s) t ). This motion induces a traveling wave in the string. The string has tension 13 Newtons and mass per unit length is 14 grams / meter.

What is the equation for the SHM of a point 18.6 meters down the string?

If the position of the left-hand side is x = 0, what is the equation for the SHM at arbitrary position x?

University Physics: Show that your function satisfies the wave equation.

What is the equation for the shape of the string at clock time t = .038 sec?

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Physics: The shm of the left-hand end of a long string is given by
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