If a current I is flowing in a straight wire parallel to X - axis and magnetic field is in Y - axis then the wire experiences

A current of 2 amp. flows in a long, straight wire of radius 2 mm . The intensity of magnetic field on the axis of the wire is

A current of 2 amp. flows in a long, straight wire of radius 2 mm . The intensity of magnetic field on the axis of the wire is

A conducting wire is bent into a loop as shown in the figure. The segment AOB is parabolic given by the equation y^(2) =2x while segment BA is a straight line parallel to the y-axis. The magnetic field in the region is vec(B) - 8 hat(k) and the current in the wire is 2A. The field created by the current in the loop at point C will be

A conducting wire is bent into a loop as shown in the figure. The segment AOB is parabolic given by the equation y^(2) =2x while segment BA is a straight line parallel to the y-axis. The magnetic field in the region is vec(B) - 8 hat(k) and the current in the wire is 2A. The torque on the loop will be

A long cylinder wire of radius R carries a unifrom current I flowing through it. The varaiaiton of magnetic field with distance 'r' from the axis of the wire is shown by .

The current in the wire is I . The current comes from infinite parallel to z -axis and finally goes to finite paralle to y -axis as shown in the figure. Find magnetic field O in vector from for the following current configurations.

5 A current is flowing through a long straight conducting wire. What is the magnitude of magnetic field at a distance 10 cm from the wire ?

A straight wire carrying current is parallel to the y-axis as shown in Fig. The