The formula for speed of a transverse wave on a stretched spring is ……………… (m = linear mass density, T = tension in Spring)
A. v = \(\sqrt{\frac {m}{T}}\)
B. v = \(\sqrt{\frac {T}{m}}\)
C. v = (\(\frac {m}{T}\))\(\frac {3}{2}\)
D. v = (\(\frac {T}{m}\))\(\frac {3}{2}\)
Answer:B
The formula for speed of a transverse wave on a stretched spring is ……………… (m = linear mass density, T = tension in Spring)
A. v = \(\sqrt{\frac {m}{T}}\) B. v = \(\sqrt{\frac {T}{m}}\) C. v = (\(\frac {m}{T}\))\(\frac {3}{2}\) D. v = (\(\frac {T}{m}\))\(\frac {3}{2}\)