A longitudinal AC magnetic field B(t ) = zB 0 cos t is driven through the interior
Question:
A longitudinal AC magnetic field B(t ) = ẑB0 cos ωt is driven through the interior of an ohmic tube with length L and radius R << L.
(a) Find the low-frequency eddy-current density inside the tube, neglecting the effects of self-inductance.
(b) Find the correction to the eddy-current density produced by self-inductance (to next order in ω).
(c) Derive the condition where the correction in part (b) can be ignored.
Fantastic news! We've Found the answer you've been seeking!
Step by Step Answer:
a b c The first approximation to the eddycurrent density insi...View the full answer
Answered By
Charles mwangi
I am a postgraduate in chemistry (Industrial chemistry with management),with writing experience for more than 3 years.I have specialized in content development,questions,term papers and assignments.Majoring in chemistry,information science,management,human resource management,accounting,business law,marketing,psychology,excl expert ,education and engineering.I have tutored in other different platforms where my DNA includes three key aspects i.e,quality papers,timely and free from any academic malpractices.I frequently engage clients in each and every step to ensure quality service delivery.This is to ensure sustainability of the tutoring aspects as well as the credibility of the platform.
2+ Reviews
10+ Question Solved
Related Book For 
Question Posted:
