A : Three capacitors having C_(1) lt C_(2) lt C_(3) are connected in parallel its effective capacitance will be C_(p)gt C_(3). R : (1)/(C_(P))=(1)/(C_(1))+(1)/(C_(2))+(1)/(C_(3))

A : Three capacitors having C_(1) lt C_(2) lt C_(3) are connected in p

1.	A : Three capacitors having C_(1) lt C_(2) lt C_(3) are connected in parallel its effective capacitance will be C_(p)gt C_(3). R : (1)/(C_(P))=(1)/(C_(1))+(1)/(C_(2))+(1)/(C_(3))
Answer» If both ASSERTION and REASON are true and reson is the CORRECT explanation of the assertion. If both assertion and reason are true but reason is not the correct explanation of the assertion. If the assertion is true but the reason are FALSE. If both the assertion and reason are false. Solution :Assertion is true but reason is false.

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A : Three capacitors having C_(1) lt C_(2) lt C_(3) are connected in parallel its effective capacitance will be C_(p)gt C_(3). R : (1)/(C_(P))=(1)/(C_(1))+(1)/(C_(2))+(1)/(C_(3))

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