A dipole is placed at the origin such that its dipole moment is `overset(rarr)p=-phati,0`. The electric field and potential at `(0,d,0)` respectively are :

A dipole is placed at the origin such that its dipole moment is overset(rarr)p=-phati, The electric field and potential at (0,d,0) respectively are :

A small electric dipole is placed at origin with its dipole moment directed along positive X-axis. The direction of electric field at point ( 2,2sqrt(2),0) is along

A small electric dipole is placed at origin with its dipole moment directed along positive x-axis. The direction of electric field at point (2, 2sqrt(2), 0) is

A small electric dipole is placed at origin with its dipole moment directed along positive x-axis. The direction of electric field at point (2, 2sqrt(2), 0) is

A short magnetic dipole when placed at origin with its dipole moment oriented along x-axis , the magnetic field at the point (a,0) is vecB . What will be the magnetic field at the above point , if another identical dipole is also placed at origin with its dipole moment oriented along y-axis ?

A short magnetic dipole when placed at origin with its dipole moment oriented along x-axis , the magnetic field at the point (a,0) is vecB . What will be the magnetic field at the above point , if another identical dipole is also placed at origin with its dipole moment oriented along y-axis ?

A small electric dipole is placed at origin with its dipole moment directed along positive x-axis .The direction of electric field at point (2,2sqrt(2),0)

A small electric dipole is placed at origin with its dipole moment directed along positive x-axis .The direction of electric field at point (2,2sqrt(2),0)