Susceptibility
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Susceptibility
It is known as the ratio of intensity of magnetization J to the magnetizing force or intensity of the magnetic field (H). It is represented by K.
Mathematically K = J henry/metre/
H
Relation between relative permeability (μr) and susceptibility (K)
Total number of lines of induction passing through the material of the magnetic bar = lines due to magnetizing force + lines due to induced magnetism.
θ = μoH X a + m
where a is the pole area of the bar magnet, m is the pole strength of the bar magnet and H is the magnetizing force.
Dividing both sides by a we get
θ = μoH + m
a a
or B = μoH + m (since θ = B )
a a
or μoμrH = μoH + J ( since B = μoμr H and m = J )
a
Dividing both sides by μo H we get
μr = 1 + J
μoH
or μr = 1 + 1 J
μo H
or μ = 1 + K ( Since J = K )
μo H
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Mathematically K = J henry/metre/
H
Relation between relative permeability (μr) and susceptibility (K)
Total number of lines of induction passing through the material of the magnetic bar = lines due to magnetizing force + lines due to induced magnetism.
θ = μoH X a + m
where a is the pole area of the bar magnet, m is the pole strength of the bar magnet and H is the magnetizing force.
Dividing both sides by a we get
θ = μoH + m
a a
or B = μoH + m (since θ = B )
a a
or μoμrH = μoH + J ( since B = μoμr H and m = J )
a
Dividing both sides by μo H we get
μr = 1 + J
μoH
or μr = 1 + 1 J
μo H
or μ = 1 + K ( Since J = K )
μo H
For more help in Susceptibility click the button below to submit your homework assignment