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ym emf = p(u x B) - dl (motional emf). (6.26) %3D Only those segments of the circuit that cross magnetic field lines contribute to Vm emf Displacement Current H• dl = Ie + · ds (Ampère's law) at la = | Ja • ds ƏD ds, at (6.44) S S

ym emf = p(u x B) - dl (motional emf). (6.26) %3D Only those segments of the circuit that cross magnetic field lines contribute to Vm emf Displacement Current H• dl = Ie + · ds (Ampère's law) at la = | Ja • ds ƏD ds, at (6.44) S S

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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PLease explain each Variable/value and tell me what they mean or represent. explain the meaning of the formula and when to use it. 

ym emf = f(u x B) - dl (motional emf). (6.26) C Only those segments of the circuit that cross magnetic field lines contribute to Vm emf Displacement Current ƏD · ds (Ampère's law) at S H• dl = Ic + la = | Ja•ds : ƏD ds, at (6.44) = S S
Transcribed Image Text:ym emf = f(u x B) - dl (motional emf). (6.26) C Only those segments of the circuit that cross magnetic field lines contribute to Vm emf Displacement Current ƏD · ds (Ampère's law) at S H• dl = Ic + la = | Ja•ds : ƏD ds, at (6.44) = S S
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