A short dipole of dipole moment P is placed near a point charge Q as shown in figure. Find force on the dipole due to the point charge

Two short dipoles , each of dipole moment P are placed at a large separation r . The force between them

A short dipole is placed along the x - axis at x = x (Fig. 3.120). . a. Find the force acting on the dipole due to a point charge q placed at the origin. b. Find the force on the dipole if the dipole is rotated by 180^(@) about the z- axis. c. Find the force on dipole if the dipole is rotated by 90^(@) anticlockwise about z - axis, i.e., it becomes parallel to the y - axis.

Four charge particles each having charge Q=1 C are fixed at the corners of the base(A,B,C, and D) of a square pyramid with slant length a(AP=BP=PC=a=sqrt(2)m) , a charge -Q is fixed at point P. A dipole with dipole moment p=1 C-m is placed at the center of the bases and perpendicular to its plane as shown in fig. Force on the dipole due to the charge particles is (square)/(4 pi epsilon_(0))N .

Four charge particles each having charge Q=1 C are fixed at the corners of the base(A,B,C, and D) fo a square pyramid with slant length a(AP=BP=PC=a=sqrt(2)m) , a charge -Q is fixed at point P. A dipole with dipole moment p=1 Cm is placed at the center of the bases and perpendicular to its plane as shown in fig. Force on the dipole due to the charge particles is (square)/(4 pi epsilon_(0))N .

A point charge +Q is placed at a distance r from a short dipole of dipole moment vecp as shown in figure. The line joining the point charge Q to the centre dipole is perpendicular to dipole moment vecp , which of the following statement are true?

A point charge +Q is placed at a distance r from a short dipole of dipole moment vecp as shown in figure. The line joining the point charge Q to the centre dipole is perpendicular to dipole moment vecp , which of the following statement are true?

A short dipole is placed on the axis of a uniformly charged ring (total charge -Q, radius R) at a distance R/sqrt(2) from centre of ring as shown in figure. Find the Force on the dipole due to that ring

A short dipole is placed on the axis of a uniformly charged ring (total charge -Q, radius R) at a distance R/sqrt(2) from centre of ring as shown in figure. Find the Force on the dipole due to that ring