Current I flows through a long conducting wire bent at right angle as shown in Fig. Find the magnetic field at point P on the right angle bisector of the angle XOY at distance r form O.

Find magnetic field at point P shown in Fig. point P is on the bisector of angle between the wires.

Find magnetic field at point P shown in Fig. point P is on the bisector of angle between the wires.

A long wire carrying a current i is bent to form a plane angle alpha . Find the magnetic field B at a point on the bisector of this angle situated at a distance x from the vertex.

A long wire carrying a current i is bent to form a plane angle alpha . Find the magnetic field B at a point on the bisector of this angle situated at a distance x from the vertex.

A long wire carrying a current i is bent to form a plane angle alpha . Find the magnetic field B at a point on the bisector of this angle situated at a distance x from the vertex.

A long wire carrying a current i is bent to form a plane angle theta . The magnetic field at a point on the bisector of this angle situated at a distance d forms vertex is

A long conducting wire carrying a current I is bent at 120^(@) [Fig. 1.128]. The magnetic field B at a point on the right bisector of bending angle at a distance d from the bend is ( mu_(0) is the permeability of free space)

A long conducting wire carrying a current I is bent at 120^(@) ( see figure). The magnetic field B at a point P on the right bisector of bending angle at a distance d from the bend is (mu_(0) is the permeability of free space)

A long conducting wire carrying a current I is bent at 120^@ (see figure). The magnetic field B at a point P on the right bisector of bending angle at a distance d from the bend is ( mu_0 is the permeability of free space)

A long conducting wire carrying a current I is bent at 120^(@) ( see figure). The magnetic field B at a point P on the right bisector of bending angle at a distance d from the bend is (mu_(0) is the permeability of free space)