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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 = \((\frac{T}{m})^\frac{3}{2}\)
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 = \((\frac{T}{m})^\frac{3}{2}\)
Correct option is: (B) v = \(\sqrt{\frac{T}{m}}\)