A capacitor when filled with a dielectric \[K=3\] has charge \[{{Q}_{0}}\], voltage \[{{V}_{0}}\] and field\[{{E}_{0}}\]. If the dielectric is replaced with another one having \[K=9\] the new values of charge, voltage and field will be respectively

\[3{{Q}_{0}},\ 3{{V}_{0}},\ 3{{E}_{0}}\]

\[{{Q}_{0}},\ 3{{V}_{0}},\ 3{{E}_{0}}\]

\[{{Q}_{0}},\ \frac{{{V}_{0}}}{3},\ 3{{E}_{0}}\]

\[{{Q}_{0}},\ \frac{{{V}_{0}}}{3},\ \frac{{{E}_{0}}}{3}\]

A capacitor when filled with a dielectric \[K=3\] has charge \[{{Q}_{0

1.	A capacitor when filled with a dielectric \[K=3\] has charge \[{{Q}_{0}}\], voltage \[{{V}_{0}}\] and field\[{{E}_{0}}\]. If the dielectric is replaced with another one having \[K=9\] the new values of charge, voltage and field will be respectively
A.	\[3{{Q}_{0}},\ 3{{V}_{0}},\ 3{{E}_{0}}\]
B.	\[{{Q}_{0}},\ 3{{V}_{0}},\ 3{{E}_{0}}\]
C.	\[{{Q}_{0}},\ \frac{{{V}_{0}}}{3},\ 3{{E}_{0}}\]
D.	\[{{Q}_{0}},\ \frac{{{V}_{0}}}{3},\ \frac{{{E}_{0}}}{3}\]
Answer» E.