a 2.50 m long string is connected to a frequency generator and arranged so that 0.75 m of the sting hangs over a massless pulley. A mass (m= 0.15 kg ) is hanging from the string. The frequency generator vibrates with f= 60.0 Hz. a) find the tension of the string b) the speed of the waves on the spring c) the wavelength of the standing wave between the generator and the pulley d) the mass of the string
a 2.50 m long string is connected to a frequency generator and arranged so that 0.75 m of the sting hangs over a massless pulley. A mass (m= 0.15 kg ) is hanging from the string. The frequency generator vibrates with f= 60.0 Hz. a) find the tension of the string b) the speed of the waves on the spring c) the wavelength of the standing wave between the generator and the pulley d) the mass of the string
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Transcribed Image Text:a 2.50 m long string is connected to a
frequency generator and arranged so that
0.75 m of the sting hangs over a massless
pulley. A mass (m= 0.15 kg ) is hanging from
the string. The frequency generator vibrates
with f= 60.0 Hz.
a) find the tension of the string
b) the speed of the waves on the spring
c) the wavelength of the standing wave
between the generator and the pulley
d) the mass of the string
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