Force F= kx (where k is a positive constant) is acting on a particle.\n\n\n\n\nColumn I\n\n\nCol....

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A force F=kx (where k is a positive constant) is acting on a particle Work done: A force F=kx (where k is a positive constant) is acting on a particle Work done:
Force \( F=k x \) (where \( k \) is a positive constant) is acting on a particle. Work done \beg.... Force \( F=k x \) (where \( k \) is a positive constant) is acting on a particle. Work done \beg....
Force \( F=k x \) (where \( k \) is a positive constant) is acting on a particle. Work done \beg.... Force \( F=k x \) (where \( k \) is a positive constant) is acting on a particle. Work done \beg....
A particle is placed at the origin and a force F=kx is acting on it (where k is positive constant). A particle is placed at the origin and a force F=kx is acting on it (where k is positive constant).
A particle moves under the influence of force F = kx is one dimension (k is a positive constant and A particle moves under the influence of force F = kx is one dimension (k is a positive constant and
A particle is acted by a force F = kx, where k is a +ve constant Its potential energy at x = 0 is z A particle is acted by a force F = kx, where k is a +ve constant Its potential energy at x = 0 is z
A particle is acted by `x` force `F = Kx` where `K` is `a( + Ve)` constant its potential mwrgy a... A particle is acted by `x` force `F = Kx` where `K` is `a( + Ve)` constant its potential mwrgy a...
A particle is acted by x force F = Kx where K is a( + Ve) constant its potential mwrgy at x = 0 ... A particle is acted by x force F = Kx where K is a( + Ve) constant its potential mwrgy at x = 0 ...