Figure. The resultant magnetic field is:

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Two long parallel wires, AB and CD, carry equal currents in opposite directions. They lie in the x-y plane, parallel to the x-axis, and pass through the points (0,-a,0) and (0,a,0) respectively, Figure. The resultant magnetic field is:
18
Nov
Two long parallel wires, AB and CD, carry equal currents in opposite directions. They lie in the x-y plane, parallel to the x-axis, and pass through the points (0,-a,0) and (0,a,0) respectively, Figure. The resultant magnetic field is: 0) and (0 0) respectively A) AB and CD and pass through the points (0 carry equal [...]
Posted in: Cengage NEET by C.P Singh , Chapter 5 - Magnetic Field , Part 2 ,
Tags: 0) and (0 , 0) respectively , A) , AB and CD , and pass through the points (0 , carry equal currents in opposite directions. They lie in the x-y plane , Figure. The resultant magnetic field is: , parallel to the x-axis , Two long parallel wires ,
Two long parallel wires, AB and CD, carry equal currents in opposite directions. They lie in the x-y plane, parallel to the x-axis, and pass through the points (0,-a,0) and (0,a,0) respectively, Figure. The resultant magnetic field is:
17
Oct
Two long parallel wires, AB and CD, carry equal currents in opposite directions. They lie in the x-y plane, parallel to the x-axis, and pass through the points (0,-a,0) and (0,a,0) respectively, Figure. The resultant magnetic field is: 0) and (0 0) respectively A) AB and CD and pass through the points (0 carry equal [...]
Posted in: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Tags: 0) and (0 , 0) respectively , A) , AB and CD , and pass through the points (0 , carry equal currents in opposite directions. They lie in the x-y plane , Figure. The resultant magnetic field is: , parallel to the x-axis , Two long parallel wires ,