A current of `5` flowing is passed throgh a straight wire of length `6 cm`, then the magnetic induction at a point `5 cm` from the either end of the wire is :

A current of 50 A is placed through a straight wire of length 6 cm then the magnetic induction at a point 5cm from the either end of the wire is ( 1gauss=10^-4T )

A current of 50 A is placed through a straight wire of length 6 cm then the magnetic induction at a point 5cm from the either end of the wire is ( 1gauss=10^-4T )

A current of 1A is flowing through a straight conductor of length 16cm . The magnetic induction ( in tesla ) at a point 10cm from the either end the wire is :

A current of 1A is flowing through a straight conductor of length 16cm . The magnetic induction ( in tesla ) at a point 10cm from the either end the wire is :

A current 1 ampere is passed through a straight wire of length 2.0 meters. The magnetic field at a point in air at a distance of 3 meters from either end of wire and lying on the axis of wire will be

A current of one ampere is passed through a straight wire of length 2*0 metre. Find the magnetic field at a point in air at a distance 3 metre from one end of wire but lying on the axis of the wire.

A current of 1 ampere is passed through a straight wire of length 2.0 meters. What value of magnetic field at a point in air at a distance of 3 meters from either end of wire and on the axis of wire ?

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 ?

If a long straight wire carries a current of 40 A, then the magnitude of the field B at a point 15 cm away from the wire is