# What are the charges on plates 3 and 6?

**What are the charges on plates 3 and 6?**

A.) What is the price of plate 3 and plate 6?

B.) Suppose the first capacitor (the one with capacitance $C_()$) has a voltage of $V*[prime] $; what are the voltages across the second and third capacitors?

(C.) Determine the voltage across the first capacitor $ [ ]*[V_[1] $.

D.) Find the value of the first capacitor $ [ ]*[Q $.

Using the value of Q $ you just calculated, The equivalent capacitance for this series of capacitors can be found by using the following formula.

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**What are the charges on plates 3 and 6?**

### Answer

A. Charges on plates 3 and 6 are +Q and -Q

The correct answer is C.+Q and -Q

B. When capacitors are connected in series, their charges are the same and equal

Any capacitor has an inversely proportional potential across it when connected in series

The voltage across the first capacitor (the one with capacitance C) is V’.

V’=Q /C

Voltage across second capacitor =Q/2C =(1/2)Q/C=V’/2

The voltage across the third capacitor equals Q/3C + (1/3)Q/C = V’/3

This is the correct answer B.V’/2 and V’/3

V= V_1 +V_2+V_3

V= V_1 +V_1/2+V_1/3

V = 11V_1/6

C. The voltage across the first capacitor is V_1 = 6V/ 11

cV_1 is the charge on the first capacitor Q

V= V_1 +V_2+V_3

Q/C_eq =Q/c +Q/2c +Q/3c

1/C_eq =1/c +1/2c +1/3c

This combination of capacitors in series has the equivalent capacitance C_eq. C_eq =6c /1

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