How does Gauss\'s Law change when applied to a dielectric-conductor boundary? Ch

Question

How does Gauss's Law change when applied to a dielectric-conductor boundary? Check all that apply. (K is the dielectric constant)

How does Gauss's Law change when applied to a dielectric-conductor boundary? Check all that apply. (K is the dielectric constant). More than one can be correct.

A) A dielectric reduces E, so Gauss's Law becomes invalid in this case B) A dielectric reduces E, but not KE, so the surface integral must now include K C) Gauss's Law remains valid without modification D) A dielectric increases the E field compared to vacuum, so the left-hand side becomes larger

Explanation / Answer

B) A dielectric reduces E, but not KE, so the surface integral must now include K

B) A dielectric reduces E, but not KE, so the surface integral must now include K

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