个z r=2 3-Two circular loops one in x-y plane and second in x-z plane 3. 10A P As shown a) Find the magnetic field intensity H at point P 4A r=1
个z r=2 3-Two circular loops one in x-y plane and second in x-z plane 3. 10A P As shown a) Find the magnetic field intensity H at point P 4A r=1
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![个z
r=2
3-Two circular loops one in x-y plane and second in x-z plane
3.
10A
P
As shown
a) Find the magnetic field intensity H at point P
4A r=1
b) Now it is required to cancel the magnetic field at point P. To achieve this, two infinite
sheets parallel to the y-z plane are to be added. One of them is positioned at x-2 and
other at x--2. Find an expression for the constant surface current densities of each sheet
in magnitude & direction. Draw the current direction in arrows over the sheets.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8fb09360-aa87-475c-b549-4d17c27b13d4%2F70ea930c-d24d-4a09-9334-7ba1fb578358%2F7238eo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:个z
r=2
3-Two circular loops one in x-y plane and second in x-z plane
3.
10A
P
As shown
a) Find the magnetic field intensity H at point P
4A r=1
b) Now it is required to cancel the magnetic field at point P. To achieve this, two infinite
sheets parallel to the y-z plane are to be added. One of them is positioned at x-2 and
other at x--2. Find an expression for the constant surface current densities of each sheet
in magnitude & direction. Draw the current direction in arrows over the sheets.
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