Magnetic Effect Due To Current Carrying Wire|When Point Is On Perpendicular Bisector|Infinete Long Wire|When Point Lies Along The Wire |Right Hand Thumb Rule

Magnetic Field Created By Long Current Carrying Wire

Magnetic Field|Bio Savart Law|Magnetic Field Due To Current carrying Wire|When Point P Is Perpendicular bisector|Magnetic Field Due To Infinite Long WIre|Magnetic Field Due To Semi Infinite Long WIre|When Point Lies Along The Wire

Magnetic Field|Bio Savart Law|Magnetic Field Due To Current carrying Wire|When Point P Is Perpendicular bisector|Magnetic Field Due To Infinite Long WIre|Magnetic Field Due To Semi Infinite Long WIre|When Point Lies Along The Wire

Introduction|BIOT-SAVART Law|Field due to a straight current carrying wire|When point P is on the perpendicular bisector|When the point lies along the length of wire

The magnetic field due to current in a straight wire segment of length L at a point on its perpendicular bisector at a distance r ( r gt gt L)

Path Generated When E and B are Perpendicular ||Force Due to Current Carrying Wire

A current carrying wire can deflect a magnetic needle. What is its effect on another current carrying wire kept near it ?

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

A long, straight wire carries a current i. Let B_1 be the magnetic field at a point P at a distance d from the wire. Consider a section of length l of this wire such that the point P lies on a perpendicular bisector of the section. Let B_2 be the magnetic field at this point due to this section only. Find the value of d/l so that B_2 differs from B_1 by 1 %.

A current carrying wire PQ is placed near an another long current carrying wire RS . If free to moves , wire will be have