A particle of mas 10g is placed in a potential field given by` U=(500x^(2)+100)` erg `//` gm. Calculate the frequency of oscillation.

A particle of mass 10gm is placed in a potential field given by V = (50x^(2) + 100)J//kg . The frequency of oscilltion in cycle//sec is

A particle of mass 10gm is placed in a potential field given by V = (50x^(2) + 100)J//kg . The frequency of oscilltion in cycle//sec is

A particle of mass 4 gm. Lies in a potential field given by V = 200x^(2) + 150 ergs/gm. Deduce the frequency of vibration.

A particle of mass 4 gm. Lies in a potential field given by V = 200x^(2) + 150 ergs/gm. Deduce the frequency of vibration.

A particle of mass 4g is in a gravitational potential V =(800x^(2) +150) erg//g . Its frequency of oscillation is

A particle of mass m is located in a potential field given by U (x) = U_(o) (1-cos ax) where U_(o) and a are constants and x is distance from origin. The period of small oscillations is