Series Grouping
Charge on every capacitor remains equals and same to the main charge supplied by the battery
V = V1+V2+V3
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Equivalent capacitance:
In series combination potential difference and energy distribution in the reverse ratio of capacitance i.e.,
V ∝ 1/C and U ∝ 1/C .
If two capacitors having capacitances C2 and C1 are interconnected in series then,
If n similar capacitors each having capacitances C are connected in series with supply voltage V then Equivalent capacitance and energy difference across each capacitor .
parallel grouping
Potential difference across every capacitor remains same and equal to the applied potential difference
Q = Q1+Q2+Q3
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Equivalent capacitance
C = C1+C2+C3
In parallel connection charge and energy distributes in the ratio of capacitance
i.e. Q ∝ C and U ∝ C
If two different capacitors having capacitance C1 and C2 respectively are connected in parallel then
If n identical capacitors are interconnected in parallel Equivalent capacitance Ceq = nC and Charge on each capacitor .
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