please do on paper and send 1.A small dipole of dipole moment P, of mass m is suspended vertically by a string of lengtnsmall dipole of dipole moment P, is now brought towards P. from inifinity so that the P, moveaaway and gravitational potential energy of diople P, does not change. The final equilibriumposition of the system including the direction of dipole, the angles and distance is showWn in igure(where g is the acceleration due to gravity).Choose the correct statement(s):2 sin4mgh(A) The work done in bringing the dipole to this position is35mgh(B) The work done in bringing the dipole to this position is3mgh(C) Change in electrostatic potential energy of dipole is32mgh(D) Change in electrostatic potential energy of dipole is3.

The solution is uploaded in images as requested B and D are the correct statements.

1. A small dipole of dipole moment P, of mass m is suspended vertically by a string of lengn small dipole of dipole moment P, is now brought towards P. from inifinity so that the P,moven away and gravitational potential energy of diople P. does not change. The final equilibrium position of the system including the direetion of dipole, the angles and distance is shown in ngure (where g is the acceleration due to gravity). Choose the correct statement(s): 1. 2 sin h. P. 4mgh (A) The work done in bringing the dipole to this position is 3 5mgh (B) The work done in bringing the dipole to this position is 3 mgh (C) Change in electrostatic potential energy of dipole is 3 2mgh (D) Change in electrostatic potential energy of dipole is 3.

1. A small dipole of dipole moment P, of mass m is suspended vertically by a string of lengn small dipole of dipole moment P, is now brought towards P. from inifinity so that the P,moven away and gravitational potential energy of diople P. does not change. The final equilibrium position of the system including the direetion of dipole, the angles and distance is shown in ngure (where g is the acceleration due to gravity). Choose the correct statement(s): 1. 2 sin h. P. 4mgh (A) The work done in bringing the dipole to this position is 3 5mgh (B) The work done in bringing the dipole to this position is 3 mgh (C) Change in electrostatic potential energy of dipole is 3 2mgh (D) Change in electrostatic potential energy of dipole is 3.