the following circuit diagram show two parallel straight conductor carrying same current copy the diagram and draw the pattern of the magnetic field lines around them showing the directions what is the magnitude of magnetic field at a point x which is equidistant from the conductors you justification for your answer PLZZ ANSWER
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The magnitude of the magnetic field lines at X should be zero. And you can draw the magnetic field lines around the conductors using Maxwell's right hand thumb rule.
parvashyadav538:
Whyz it zero
exactly everybody is like zero
actually I think the magnetic field is weak or uniform
And it cant be zero as the magnetic field lines of two different conductors are intersecting and not the same
thank u
just tell me is it given in ncret book . plz answer fast
is it in syllabus
Its not there in any of the previous papers
its def not there in NCERT
When you apply right hand thumb rule to both the conductors, it is observed that the point X experiences equal magnetic force in opposite directions. Since the magnetic force is cancelled out, the net force at X point is zero.
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The magnitude of magnetic field at x is the attraction of both the current carrying wire.
- Here in the diagram, both wires have same current direction, which means both will going to have same direction of magnetic field
- Applying the Amphere's right hand grip rule, which states the curled fingers tell about, the direction of magnetic field.
- The direction of magnetic field is clockwise magnetic field rings will be around the wire.
- At the point X, as it is at the center of wires it will experience attraction force both the wires.
- Due to this it will always be at the center position.
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