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1-If $ D dl = 0 is true on a surface, which of the following cannot be said. a)The sum of the outward vectors over the surface area on which the linear path is determined is zero b)The surface where the linear path is determined is PEC (perfect electric conductor) c)The tangential component of E on the surface area where the linear path is determined is zero d) The sum of the voltage drops across the line is zero e)The normal component of H on the surface area where the linear path is determined is zero

1-If $ D dl = 0 is true on a surface, which of the following cannot be said. a)The sum of the outward vectors over the surface area on which the linear path is determined is zero b)The surface where the linear path is determined is PEC (perfect electric conductor) c)The tangential component of E on the surface area where the linear path is determined is zero d) The sum of the voltage drops across the line is zero e)The normal component of H on the surface area where the linear path is determined is zero

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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1-If § D. dl = 0 is true on a surface, which of the following cannot be said. a)The sum of the outward vectors over the surface area on which the linear path is determined is zero b)The surface where the linear path is determined is PEC (perfect electric conductor) c)The tangential component of E on the surface area where the linear path is determined is zero d)The sum of the voltage drops across the line is zero e)The normal component of H on the surface area where the linear path is determined is zero
Transcribed Image Text:1-If § D. dl = 0 is true on a surface, which of the following cannot be said. a)The sum of the outward vectors over the surface area on which the linear path is determined is zero b)The surface where the linear path is determined is PEC (perfect electric conductor) c)The tangential component of E on the surface area where the linear path is determined is zero d)The sum of the voltage drops across the line is zero e)The normal component of H on the surface area where the linear path is determined is zero
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