If V = 12V, C1 = 470 uF, C2 = 330 uF, C3 = 100uF, C4 = 10 uF, calculate the foll

Question

If V = 12V, C1 = 470 uF, C2 = 330 uF, C3 = 100uF, C4 = 10 uF, calculate the following: the equivalent capacitance, the charge stored in C2, the voltage across C3, and the energy stored in C4. In the figure there is a circuit with the V voltage, C4, and C3 aligned (V and C3 are on the outside of two connecting squares with C4 in the middle of the squares). Also C1 is on top of the square between V and C4, and C2 is on top of the square between C4 and C3. The answers I got for the following were: 96.7 uF, 478.5 uC, 11.6 V, and 6.7x10^-4 J. This is my first time doing it though so I am not sure if I got the right answer. Please show work to prove answers are correct.

Explanation / Answer

i couldnt understand your diagram details can u post an image as a comment i will give u an image

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