OpenStax University Physics/E&M/Electromagnetic Induction

$ℰ\mathrm{\&}ℳ$ (Vol. 2):Template:Spaces 5:Electric Charges and FieldsTemplate:Spaces 6:Gauss's LawTemplate:Spaces 7:Electric PotentialTemplate:Spaces 8:CapacitanceTemplate:Spaces 9:Current and ResistanceTemplate:Spaces 10:Direct-Current CircuitsTemplate:Spaces 11:Magnetic Forces and FieldsTemplate:Spaces 12:Sources of Magnetic FieldsTemplate:Spaces 13:Electromagnetic InductionTemplate:Spaces 14:InductanceTemplate:Spaces 15:Alternating-Current CircuitsTemplate:Spaces 16:Electromagnetic Waves

Chapter 13

{{#lst:OpenStax University Physics/V2|13}}

For quiz at QB/d_cp2.13

Template:Colbegin Magnetic flux ${\mathrm{\Phi }}_m=\underset{S}{\int }\overrightarrow{B}\cdot \hat{n}dA$
Motional $\epsilon =B\ell v$ if $\overrightarrow{v}\perp \overrightarrow{B}$
Electromotive "force" (volts) $\epsilon =-N\frac{d{\mathrm{\Phi }}_m}{dt}=\oint \overrightarrow{E}\cdot d\overrightarrow{\ell }$
rotating coil $\epsilon =NBA\omega \sin \omega t$ Template:Colend