An infinite carrying conductor is bent into three segment (1), (2) and (3) as shown in Fig. If it carries a current i, find the magnetic induction at the origin.

An infinite current carrying conductor is bent into three segment (1), (2) and (3) as shown in Fig. If it carries a current i, find the magnetic induction at the origin.

An infinite current carrying conductor is bent into three segments as shown in the figure-4.228. if it carries current i, the m agnetic field at the origin is found to be (mu_(o)l)/(rpia)(sqrt(x-1)hatj+hatk) . The value of x is:

Shown in the figure is a conductor carrying a current i. the magnetic field at the origin is :

Shown in the figure is a conductor carrying a current i. the magnetic field at the origin is :

An infinitely long conductor is bent into a circle as shown in figure. It carries a current I ampere and the radius of loop is R metre. The magnetic induction at the centre of loop is

An infinitely long conductor is bent into a circle as shown in figure. It carries a current I ampere and the radius of loop is R metre. The magnetic induction at the centre of loop is

An infinite straight current carrying conductor is bent into a circle as shown in the figure . If the radius of the circle is R , the magnetic field at the centre of the coil is :

An infinitely long straight conductor is bent into the shape as shown in figure. It carries the current I and radius of the circular loop is a, then the magnetic field at the centre of the loop is ______

Shown in Fig. is a conductor carrying current I. Find the magnetic field intensity at point O.