Step 1:

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\"\"

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The two capacitors \"\" are in series.

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Consider \"\" be the total series capacitance.

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\"\"

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Now Find the total capacitance.

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Consider \"\" be the total capacitance.

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Here \"\" are in parallel.

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So \"\".

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\"\"

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The total capacitance is \"\".

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Step 2:

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Find the total charge \"\" on the circuit.

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\"\"

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The total charge is \"\".

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In parallel circuit, voltage is same and charge will change.

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Find the charge across the series capacitance.

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So \"\".

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\"\"

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The charge across the series capacitance is \"\".

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Step 3:

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Find the potential difference across the each of the series capacitance.

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In series circuit, charge is same and voltage will change.

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Find the voltage across the capacitor \"\".

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\"\"

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Find the voltage across the capacitor \"\".

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\"\"

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The voltage across the capacitors \"\" are \"\".

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Solution :

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The total capacitance is \"\".

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The total charge is \"\".

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The charge across the series capacitance is \"\".

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The voltage across the capacitors \"\" are \"\".