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Symmetry in Circuits

In the circui...

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In the circuit below C, 20u C2 40 uF and = 50F. If no capacitor can sustain more than 50 V, then maximum potential difference between X and Y is

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Q. In the circuit

C_{1} = 20 μ F, C_{2} = 40 μ F

C_{3} = 50 μ F

. If no capacitor can sustain more than

50 V

, then maximum
potential difference between

X

Y

Q. A circuit has a section

AB

as shown in figure. If

V_{A} - V_{B} = 20 V

, then the potential difference across capacitors

C_{1}

C_{2}

are respectively

Q. In the circuit shown, which of the following statement is true, if the potential difference across the capacitors

C_{1}

C_{2}

50 V

25 V

Q. A capacitance of

2 μ F

is required in an electrical circuit across a potential difference of

1.0 k V

. A large number of

1 μ F

capacitors are available which can withstand a potential difference of not more than

300 V

. The minimum number of capacitors required to achieve this is :

Q. In the given circuit below, the points

A, B

C

are at same potential. If the potential difference between

B

D

30 V

, then the potential difference between

A

O

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