A rubber string of initial length 0.5 m is stretched up to 0.7 m and vibrates its second harmonic frequency with the wave speed of 10 ms-1.
If the tension of the rubber string is T and the extension is e, by assuming the rubber string obey hooks law, write down a relationship between T and e.
A rubber string of initial length 0.5 m is stretched up to 0.7 m and vibrates its second harmonic frequency with the wave speed of 10 ms-1.
If the tension of the rubber string is T and the extension is e, by assuming the rubber string obey hooks law, write down a relationship between T and e.
If the tension of the rubber string is T and the extension is e, by assuming the rubber string obey hooks law, write down a relationship between T and e.
Mohamed Rayazan , 8 Years ago
Grade 12th pass
