A current carrying circular loop of radius R is placed in the x-y plane with centre at the origin. Half of the loop with `xgt0` is now bent so that it now lies in the y-z plane.

A current carrying circular,loop of radius R is placed in the x-y plane with centre at the origin. Half of the loop with x > 0 is now bent so that it now lies in the y-z plane.

A current - carrying circular loop of radius R is placed in the XY- plane with centre at the origin. Half of the loop with xgt0 is now bent so that is now lies in the XY- plane

A current - carrying circular loop of radius R is placed in the XY- plane with centre at the origin. Half of the loop with xgt0 is now bent so that is now lies in the YZ- plane

A current carrying circular loop of radius R is placed on the xy place with centre at the origin . Half of the loop with xgt0 is now bent so that it now lies on the yz plane .

A circular loop of radius R, carrying current I, lies in xy plane with its centre at origin. The total magnetic flux density at centre is :

A circular wire loop of radius R is placed in the x-y plane centered at the origin O. A square loop of side a(altltR) having two turns is placed with its centre at =sqrt(3)R along the axis of hte circular wire loop, as shown in figure. The plane of the square loop makes an angle of 45^(@) with respect to the z-axis. If the mutual inductance between the loops is given bu (mu_(0)a^(2))/(2^(p//2)R) , then the value of p is

A circular wire loop of radius R is placed in the x-y plane centered at the origin O. A square loop of side a (altltR) having two turns is placed with its centre at =sqrt(3)R along the axis of hte circular wire loop, as shown in figure. The plane of the square loop makes an angle of 45^(@) with respect to the z-axis. If the mutual inductance between the loops is given bu (mu_(0)a^(2))/(2^(p//2)R) , then the value of p is