The net charge in a current carrying wire is zero. Them, why does a magnetic field exert a force on it?

A long current carrying wire is bent as shown. The magnetic field induction at O is

Statement-1 A current carrying wire is placed parallel to magnetic field. The force on it due the magnetic field is zero Statement-2 The net charge on current wire is zero

The direction of force on a current carrying conductor in a magnetic field is given by

The force exerted on a current-carrying wire placed in magnetic field is zero when the angle between the wire and the direction of magnetic field is :

Calculate the force on a current carrying wire in a uniform magnetic field as shown in Fig. 1.59.

A current carrying wire is placed along east and west in a magnetic field directed north wards. If the current in the wire is directed east wards, the direction of force on the wire is

the force on current carrying wire placed in uniform magnetic field B as shown in figure is

When a current carrying conductor is placed in a magnetic field, it experiences a mechanical force. What should be the angle between the magnetic field and the length of the conductor so that the force experienced is : (i) Zero (ii) Maximum ?

A rigid square loop of side 'a' and carrying current I_(2) is lying on a horizontal surface near a long current I_(1) carrying wire in the same plane as shown in figure. The net force on the loop to the wire will be :

The magnetic force vecF on a current carrying conductor of length I in an external magnetic field vecB is given by