total number of turns in winding is N
Figure shows a toroidal solenoid whose cross-section is rectangular in shape. Find the magnetic flux through this cross-section if the current through the toroidal winding is I, total number of turns in winding is N, the inside and outside radii of the toroid are a and b respectively and the height of toroid is equal to h.
08
Sep
Figure shows a toroidal solenoid whose cross-section is rectangular in shape. Find the magnetic flux through this cross-section if the current through the toroidal winding is I, total number of turns in winding is N, the inside and outside radii of the toroid are a and b respectively and the height of toroid is equal [...]
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Figure shows a toroidal solenoid whose cross-section is rectangular in shape. Find the magnetic flux through this cross-section if the current through the toroidal winding is I ,
the inside and outside radii of the toroid are a and b respectively and the height of toroid is equal to h. ,
total number of turns in winding is N ,
Figure shows a toroidal solenoid whose cross-section is rectangular in shape. Find the magnetic flux through this cross-section if the current through the toroidal winding is I, total number of turns in winding is N, the inside and outside radii of the toroidal are a and b respectively and the height of toroidal is equal to h.
05
Sep
Figure shows a toroidal solenoid whose cross-section is rectangular in shape. Find the magnetic flux through this cross-section if the current through the toroidal winding is I, total number of turns in winding is N, the inside and outside radii of the toroidal are a and b respectively and the height of toroidal is equal [...]
Tags:
Figure shows a toroidal solenoid whose cross-section is rectangular in shape. Find the magnetic flux through this cross-section if the current through the toroidal winding is I ,
the inside and outside radii of the toroidal are a and b respectively and the height of toroidal is equal to h. ,
total number of turns in winding is N ,