he first end of a combined string has a linear mass density of 4.20*10^ -3 kg/m , whereas the second end has amass density of 10.5 kg/m (a) if a 60 cm wave is to be sent along the first string at a speed of 8.56 m/s ,what must the tension in the string be?(b) What is the wavelength of the reflected and transmitted wave
he first end of a combined string has a linear mass density of 4.20*10^ -3 kg/m , whereas the second end has amass density of 10.5 kg/m (a) if a 60 cm wave is to be sent along the first string at a speed of 8.56 m/s ,what must the tension in the string be?(b) What is the wavelength of the reflected and transmitted wave
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Q2) The first end of a combined string has a linear mass density of 4.20*10^ -3 kg/m , whereas the second end has amass density of 10.5 kg/m (a) if a 60 cm wave is to be sent along the first string at a speed of 8.56 m/s ,what must the tension in the string be?(b) What is the wavelength of the reflected and transmitted wave?
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