Answer Happy

Posted: **Mon Jul 11, 2022 1:03 pm**

: A String Has One End Fixed To An Oscillator And The Other End Passes Over A Massless Frictionless Pulley And Attached T 1 (20.43 KiB) Viewed 47 times

: A String Has One End Fixed To An Oscillator And The Other End Passes Over A Massless Frictionless Pulley And Attached T 2 (20.43 KiB) Viewed 47 times

: A String Has One End Fixed To An Oscillator And The Other End Passes Over A Massless Frictionless Pulley And Attached T 3 (22.71 KiB) Viewed 47 times

A string has one end fixed to an oscillator and the other end passes over a massless, frictionless pulley and attached to a 0.500 kg hanging mass that remains at rest. The oscillator is set to a fixed frequency of 12.0 Hz so that a standing wave pattern is created on the string, as shown. 12.0 Hz 1.5 m 0.500 kg
a) 10 points Determine the wavelength of the standing wave. Show work or explain your method. b) 10 points Determine the fundamental frequency of the standing wave. Show work or explain your method. c) 10 points Determine the speed of the wave on the string. Show work or explain your method. d) 10 points Determine the linear mass density of the string. Show your work!