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In the figure shown, a sphere of mass 'm' is kept in a horizontal surface. A metallic wire of length 'l' is tied to sphere. The other end of the wire is fixed to a ceiling. The wire is in natural length. The wire has coefiicient of linear expension α1 area of cross section A and young's modulus Y. Neglecting the expension of the sphere, find out the distance in temperature, so that the sphere leaves contact with the surface.undefinedundefinedundefinedundefined

Answer» In the figure shown, a sphere of mass 'm' is kept in a horizontal surface. A metallic wire of length 'l' is tied to sphere. The other end of the wire is fixed to a ceiling. The wire is in natural length. The wire has coefiicient of linear expension α1 area of cross section A and young's modulus Y. Neglecting the expension of the sphere, find out the distance in temperature, so that the sphere leaves contact with the surface.
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