If -Q- is the quantity of charge- -V- the potential and -C- the capacity of a conductor- they are related as-C-QVQ-VCV-CQCVQ-costant

Question

Toppr Admin · Accepted Answer

Principle of capacitor is quantity of charge developed is directly proportional to the potential applied across the plates of a capacitor-Hence Q-x3B1-V-x21D2-Q-CV

If 'Q' is the quantity of charge, 'V' the potential and 'C' the capacity of a conductor, they are related as:
$C = Q V$
$Q = V C$
$V = C Q$
$C V Q = c o s t a n t$

Principle of capacitor is quantity of charge developed is directly proportional to the potential applied across the plates of a capacitor.
Hence $Q α V \Rightarrow Q = C V$

If 'Q' is the quantity of charge, 'V' the potential and 'C' the capacity of a conductor, they are related as:C=QVQ=VCV=CQCVQ=costant

Principle of capacitor is quantity of charge developed is directly proportional to the potential applied across the plates of a capacitor.Hence QαV⇒Q=CV

If 'Q' is the quantity of charge, 'V' the potential and 'C' the capacity of a conductor, they are related as:
$C = Q V$
$Q = V C$
$V = C Q$
$C V Q = c o s t a n t$

Principle of capacitor is quantity of charge developed is directly proportional to the potential applied across the plates of a capacitor.
Hence $Q α V \Rightarrow Q = C V$