A loop is kept so that its center lies at the origin of the coordinate system. A magnetic field has the induction `B` pointing along `Z` axis as shown in the figure

A loop is kept so that its center lies at the origin of the pointing along Z -axis as shown in the figure

A loop is kept so that its center lies at the origin of the pointing along Z -axis as shown in the figure

A conducting loop of resistance R and radius r has its center at the origin of the co-ordinate system in a magnetic field of induction B . When it is rotated about Y -axis through 90^(@) , net charge flown in the coil is directly proportional to

A conducting loop of resistance R and radius r has its center at the origin of the co-ordinate system in a magnetic field of induction B . When it is rotated about Y -axis through 90^(@) , net charge flown in the coil is directly proportional to

A conducting loop of resistance R and radius r has its centre at the origin of the coordinate system in a magnetic field B, When it is rotated about y-axis through 90^(@) , net charge flown in the loop is directly proportional to -

A rectangular loop of wire is oriented with the left corner at the origin, one edge along X-axis and the other edge along Y-axis as shown in the figure. A magnetic field is into the page and has a magnitude that is given by beta=alphay where alpha is constant. Find the total magnetic force on the loop if it carries carrent i.

A dipole is placed at origin of coordinate system as shown in figure, find the electric field at point P (0, y) .

A dipole is placed at origin of coordinate system as shown in figure, find the electric field at point P (0, y) .

Circular coil of radius r ,having "n" turns is "kept along yz plane so that its axis coincide with x-axis.If current through it is i,then magnetic field induction at a point on axis is sqrt(3)r distance from the centre of the ring is