1.

For the situation show in the figure ("assume r" gt gt "length of dipole"). Select the correct statement(s) [vec(P) = dipole moment , Q = charge on the particle which is on equatorial line of dipole]

Answer»

FORCE acting on the DIPOLE is zero
Force acting on the dipole is APPROXIMATELY `(PQ)/(4piepsilonr^(3))` and is acting upwards
Torque acting on the dipole is `(PQ)/(4pi epsilon_(0)r^(2))` in clockwise direction
Torque acting on the dipole is `(PQ)/(4pi epsilon_(0)r^(2))` in anti- clockwisedirection

Answer :B::C


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