Magnetic field due to a current through a circular loop..
please explain this concept i canf understand
class 10 magnetic effects of electric conductors
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Hey here is your answer....
The magnetic field of a current carrying
straight wire is inversely proportional to the
distance from it . According , every point of the
current carrying loop gives rise to magnetic
field lines of force denoted by concentric
circles which keep growing as use move away
from the wire . The circles appear straight
when they reach the centre of the loop, and
finally becomes parallel straight lines at the
centre .
This shows that every point on the
wire carrying current produces a magnetic
field . The contribution of every section of the
wire to the magnetic lines of force is in the
same direction within the loop based on Right
Hand Thumb Rule .
.......HEY MARK IT AS A BRAINLIST .....
The magnetic field of a current carrying
straight wire is inversely proportional to the
distance from it . According , every point of the
current carrying loop gives rise to magnetic
field lines of force denoted by concentric
circles which keep growing as use move away
from the wire . The circles appear straight
when they reach the centre of the loop, and
finally becomes parallel straight lines at the
centre .
This shows that every point on the
wire carrying current produces a magnetic
field . The contribution of every section of the
wire to the magnetic lines of force is in the
same direction within the loop based on Right
Hand Thumb Rule .
.......HEY MARK IT AS A BRAINLIST .....
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