A 10.0−μF capacitor, a 30.0−μF capacitor, and a 100−μF capacitor are connected in parallel across a 12.0−V battery. What

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answerhappygod
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A 10.0−μF capacitor, a 30.0−μF capacitor, and a 100−μF capacitor are connected in parallel across a 12.0−V battery. What

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A 10.0−μF capacitor, a 30.0−μF capacitor, and a 100−μF capacitor are connected in parallel across a 12.0−V battery. What is the equivalent capacitance Cequiv ​ of the combination? Cequiv ​= Incorrect What is the charge q1​ on the 10.0−μC capacitor? q1​= Incorrect What is the charge q2​ on the 30.0−μC capacitor? What is the potential difference V1​ across the q2​=Incorrect ​​  C  What is the charge q3​ on the 100−μC capacitor? 10.0−μC capacitor? q3​= Incorrect V1​= V Incorrect What is the potential difference V2​ across the 30.0−μC capacitor? V2​= V Incorrect What is the potential difference V3​ across the 100−μC capacitor? V3​= V Incorrect
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