Five long wires A, B, C, D and E, each c...

Five long wires A, B, C, D and E, each carrying current I are arranged to form edges of a pentagonal prism as shown in figure. Each carries current out of the plane of paper.
(a) What will be magnetic induction at a point on the axis O? Axis is at a distance R from each wire.
(b) What will be the field if current in one of the wires (say A) is switched off?
(c) What if current in one of the wire (say) A is reversed?

Similar Questions

Explore conceptually related problems

Five long wires A, B, C, D and E, each carrying current I are arranged to form edges of a pentagonal prism as shown in Fig. EP 4.29. Each carries current out of the plane of paper. What will be magnetic induction at a point on the axis O? Axis is at a distance R from each wire.

The magnetic induction at the point O, if the wire carries a current I, is

A square loop of wire, edge length a, carries a current i. Compute the magnitude of the magnetic field produced at a point on the axis of the loop at a distance x from the centre.

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

The magnetic induction due to an infinitely long straight wire carrying a current i at a distance r from wire is given by

figure 4.22 shows two long wires A and B, each carrying a current I, separated by a distance l and oriented in a plane perpendicular to the plane of paper. The directions of currents are shown in figure. Find the magnetic induction at a point P located at a distance l from both wires as shown in figure4.22

Two infinitely long wires each carrying current I along the same direction are made into the geometry as shown in the figure. The magnetic field at the point P is

The magnetic induction at point O of the given infinitely long current carrying wire shown in the figure below is

Similar Questions

Recommended Questions