MAGNETIC FIELD DUE TO A CURRENT-CARRYING CONDUCTOR

Magnetic Field At Centre Due To Current Carrying Coil |Magnetic Field On Axis Due To Current Carrying Coil|OMR

Magnetic Field Lines|Ampere's Circuital Law|Magnetic Field Due To Long Current Carrying Wire|Magnetic Field Due To Hollow Current Carrying Cylinder|Magnetic Field Due To Solid Current carrying cylinder

Magnetic Field Due To Current Carrying Circular Loop

Magnetic Field Due To Current Carrying Solenoid

Magnetic Field Due to Solid Cylinder||Magnetic Field Due to Current Carrying Sheet||Magnetic Field Due to Thick Sheet||Magnetic Force on Charge

Magnetic Field Due to Solid Cylinder||Magnetic Field Due to Current Carrying Sheet||Magnetic Field Due to Thick Sheet||Magnetic Force on Charge

An infinetely long conductor PQR is bent tor form a right angle as shown in Fig. A current I flows through PQR. The magnetic field due to this current carrying conductor at the point M is B_1 . Now, another infinitely long straight conductor QS, is connected at Q so that the current is 1/2I in QR as well as in QS, is the current in PQ remaininig unchanged. The magnetic field at M is now B_2 . The ratio B_1//B_2 is given by

Force On Current Carrying Conductor In Magnetic Field