Three uncharged capacitors with equal capacitances are combined in parallel. the combination is connected to a 5.55-v battery, which charges the capacitors. the charging process involves 3.45 ã 10-4 c of charge moving through the battery. find the capacitance of each capacitor.

The equivalent capacitance of the number of capacitance connected in the parallel series is the sum of  the individual capacitance.

The capacitance of each capacitor is .

What is equivalent capacitance of parallel series?

The equivalent capacitance of the number of capacitance connected in the parallel series is the sum of  the individual capacitance.

It can be given as,

Here, is the charge and is the voltage.

Given information-

The voltage of the battery is 5.55 V.

The value of charge is C.

Put the values in the above formula as,

Given that the three uncharged capacitors with equal capacitance are combined in parallel.

For the parallel connection of the capacitance the equivalent capacitance can be given as,

Here, is the capacitance of each capacitors. Put the values,

Hence the capacitance of each capacitor is .

Learn more about the equivalent capacitance here;

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Let's call  the equivalent capacitance of the circuit. The relationship between the  capacitance, the charge Q in the circuit and the potential difference V applied on the capacitor is

Using  and , we find


In reality, the circuit consists of 3 capacitors in parallel, each one having same capacitance C. When 3 capacitors are connected in parallel, their equivalent capacitance is:

We know , so we can find C:

The masses of the objects and their densities

The answer is -6hope this