In the shown network, charges in capacitors are same. Then C 2 /C 1

1.	In the shown network, charges in capacitors are same. Then C 2 /C 1 is
Answer» Answer: Two different VALUES capacitors are CONNECTED in parallel with each other. When charge Q is given to that combination then the distribution of that charge will depends over the value of each CAPACITOR connected in parallel. ACCORDING to the formula.. Q/V= C.. As the capacitance increases the charge storing capacity is also increases so that case the charge distribution is higher for the higher capacitance and charge distribution is lower for lower capacitance

In the shown network, charges in capacitors are same. Then C 2 /C 1 is

Answer»

Answer:

Two different VALUES capacitors are CONNECTED in parallel with each other. When charge Q is given to that combination then the distribution of that charge will depends over the value of each CAPACITOR connected in parallel. ACCORDING to the formula..

Q/V= C..

As the capacitance increases the charge storing capacity is also increases so that case the charge distribution is higher for the higher capacitance and charge distribution is lower for lower capacitance

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In the shown network, charges in capacitors are same. Then C 2 ​/C 1 ​ ​ is

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In the shown network, charges in capacitors are same. Then C 2 /C 1 is