Q 2. A parallel plate capacitor is formed by two conducting square plates with sides L = 20.0 cm separated by a distance d = 0.1 mm The region between conducting plates is filled with four different dielectrics %3D L/2 L/2 d/3 d/2 K3 4, KA 5 as 3, K2 shown in the figure. 2, K3 2d/3 If the capacitor is charged with a total charge of Q stored in the capacitor in units of uJ. (Take o -Q 0.4 µC, find the energy %3D = 9.0 x 10° Nm²/C.) %3D 4REO
Q 2. A parallel plate capacitor is formed by two conducting square plates with sides L = 20.0 cm separated by a distance d = 0.1 mm The region between conducting plates is filled with four different dielectrics %3D L/2 L/2 d/3 d/2 K3 4, KA 5 as 3, K2 shown in the figure. 2, K3 2d/3 If the capacitor is charged with a total charge of Q stored in the capacitor in units of uJ. (Take o -Q 0.4 µC, find the energy %3D = 9.0 x 10° Nm²/C.) %3D 4REO
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Transcribed Image Text:2. A parallel plate capacitor is formed by
two conducting square plates with sides
= 20.0 cm separated by a distance
d = 0.1 mm The region between conducting
plates is filled with four different dielectrics
L.
-------
L/2
L/2
d/3
d/2
K3
K1
3, K2
2, K3
4, Ka = 5 as
%3D
shown in the figure.
2d/3
If the capacitor is charged with a total
charge of Q = 0.4 µC, find the energy
stored in the capacitor in units of uJ.
(Take = 9.0 x 10º Nm²/C² .)
4TEO
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