1. A 4.00-?F and a 6.00-?F capacitor are connected in series, and this combinati

Question

1. A 4.00-?F and a 6.00-?F capacitor are connected in series, and this combination is connected across a 48.0-V potential difference.

a. Calculate the charge on each capacitor.

b. Calculate the potential difference across each capacitor.

2. You are working on an electronics project requiring a variety of capacitors, but only have a large supply of 100-nF capacitors available. Show how you can connect these capacitors to produce each of the following capacitances:

a. 50 nF

b. 450 nF

c. 25 nF

d. 75 nF

Please show work for 5 stars and points!!!

Explanation / Answer

2)

a) to have 50 nF capacitance , connect two 100 nF capacitors in series.
Because in series , Ceq = C1*C2 / (C1+C2)

b) to have 450 nF , connected 4 capacitors of 100nF in paralle and this combination in parallel with a combination of 2 capacitors of 100 nF in series.

c) connect 4 capacitors in series

d) have 3 combinations of 4 capacitors in series in parallel.

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