Gaussian + + + + + + +/+| surface I -q'- b d +q'– + K + Gaussian surface II -9 Figure 25-17 A parallel-plate capacitor containing a dielectric slab that only partially fills the space between the plates.

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Question no.2

For the arrangement of Fig. 25-17, suppose that the battery
remains connected while the dielectric slab is being introduced.
Calculate (a) the capacitance, (b) the charge on the capacitor
plates, (c) the electric field in the gap, and (d) the electric field in
the slab, after the slab is in place.

Gaussian
+ + + + + + +/+|
surface I
-q'-
b d
+q'–
+ K +
Gaussian
surface II
-9
Figure 25-17 A parallel-plate capacitor containing a dielectric slab
that only partially fills the space between the plates.
Transcribed Image Text:Gaussian + + + + + + +/+| surface I -q'- b d +q'– + K + Gaussian surface II -9 Figure 25-17 A parallel-plate capacitor containing a dielectric slab that only partially fills the space between the plates.
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