Question

P I This wire has a 110 A current moving to the right. Ignoring any external fields, such as the Earth, what is the magnetic field at point P, which is 3.6 µm from the wire? Round your answer to two decimal places. B = unit direction Select an answer

          P
I
This wire has a 110 A current moving to the right. Ignoring any
external fields, such as the Earth, what is the magnetic field at
point P, which is 3.6 µm from the wire? Round your answer to
two decimal places.
B = 
unit
direction Select an answer
        
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P
I
This wire has a 110 A current moving to the right. Ignoring any
external fields, such as the Earth, what is the magnetic field at
point P, which is 3.6 µm from the wire? Round your answer to
two decimal places.
B = 
unit
direction Select an answer

Added by Erica H.

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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This wire has a 110 A current moving to the right. Ignoring any external fields, such as the Earth, what is the magnetic field at point P, which is 3.6 μm from the wire? Round your answer to two decimal places. Unit: Direction: [Select an answer]
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Transcript

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00:01 Hello students, here two long wires, one is having current 18 ampere and another is having current 6 ampere is given.
00:08 Distance between them and distance from second wire to point p is given.
00:14 Now we need to find magnetic field at the point p.
00:17 Let us consider this as i1 and this as i2.
00:22 Now, from i1, the distance to the point p is considered as b.
00:27 From i2, the distance to the point p is considered as a.
00:32 Now, the magnetic field at point p will be equal to mu naught divided by 2 pi which is common, i1 divided by, from i1 the distance is b plus mu naught i2 divided by 2 pi a.
00:53 Now, taking mu naught by 2 pi common, we have i1 divided by b plus i2 divided by a...
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