An object of specific gravity `rho` is hung from a thin steel wire. The fundamental frequency for transverse standing waves in wire is `300 Hz`. The object is immersed in water so that one half of its volume is submerged. The new fundamental in `Hz` is

An object of specific gravity rho is hung from a thin steel wire. The fundamental frequency for transverse standing waves in wire is 300 Hz . The object is immersed in water so that one half of its volume is submerged. The new fundamental frequency in Hz is

An object of specific gravity rho is hung from a thin steel wire. The fundamental frequency for transverse standing waves in wire is 300 Hz . The object is immersed in water so that one half of its volume is submerged. The new fundamental frequency in Hz is

An object of specific gravity rho is hung from a thin copper wire. The fundamental frequency for transverse standaing waves in the wire is 400 Hz. The object is immersed in water so that one third of its volume is submerged. What is the new fundamental frequency?

An object of density 2000kg- m^(-3) is hung from a thin light wire . The fundamental frequency of the transverse waves in the wire is 2009 Hz. If the object if immersed in water such that half of its volume is submerged, the the fundamental frequency of the transverse waves in the wire is

An object of specfic gravity rho is hung from a massless string. The tension in the string is T. The object is immersed in water so that one half of its volume is submerged, the new tension in the string is