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Byju's Answer
Standard X
Physics
Faraday's Experiment
Current I is ...
Question
Current I is being carried out by an infinite wire passing through origin along the direction i + j + k. Find magnetic field due to the wire at point ( 1m , 0, 0 )
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Q.
The direction of magnetic field at a point due to an infinitely long wire carrying current is:
Q.
What is the direction of magnetic field at a point due to an infinitely long carrying current wire?
Q.
The magnitude of magnetic flux denstiy
(
→
B
)
at a point having normal distance d meters from an infinitely extended wire carrying current of I A is
μ
0
I
2
π
d
(in SI units)
An infinitely extended wire is laid along x-axis and is carrying current of 4A in the +ve x direction.
Another infinitely extended wire is laid along the y-axis and is carrying 2 A current in the +ve y direction.
μ
0
is permeability of free space. Assume
^
i
,
^
j
,
^
k
to be unit vectors along x,y and z axes respectively.
Assuming right handed coordinate system, magnetic field intensity,
→
H
at coordinate (2, 1, 0 ) will be
Q.
An infinitely long wire carrying current
I
is along Y-axis such that its one end is at point
A
(
0
,
b
)
while the wire extends upto
+
∞
. The magnitude of magnetic field strength at point
(
a
,
0
)
is :
Q.
Draw the pattern of magnetic field lines through and around a current-carrying wire. Make the direction of (i) electric current in the wire (ii) magnetic field lines.
How would the strength of magnetic field due to current, carrying loop be affected if
(a) radius of the loop is reduced to half its original value?
(b) strength of current through the wire is doubled?
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