16. The concept of "net number of electric field lines" passing through a Gaussian surface is represented mathematically by O Electric flux=fE.dà O Electric flux=$Ex dà O Magnetic flux3fB.dà Magnetic flux=f B x dà Electric line integral=E dl Electric line integral=f Ex dl Magnetic line integral=f B de Magnetic line integral=f B x dl
16. The concept of "net number of electric field lines" passing through a Gaussian surface is represented mathematically by O Electric flux=fE.dà O Electric flux=$Ex dà O Magnetic flux3fB.dà Magnetic flux=f B x dà Electric line integral=E dl Electric line integral=f Ex dl Magnetic line integral=f B de Magnetic line integral=f B x dl
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Transcribed Image Text:16. The concept of "net number of electric field lines" passing through a Gaussian surface is represented mathematically by
O Electric flux= $ Ë ·dÃ
O Electric flux= §E × dÃ
O Magnetic flux={B dÃ
O Magnetic flux=ƒB x dÃ
O Electric line integral=E dl
Electric line integral= f E x dl
Magnetic line integral=f B de
Magnetic line integral= B x dl
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