10) Two capacitors are made with a dielectric for which x = 38.0 The capacitances with...

 

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10) Two capacitors are made with a dielectric for which x = 38.0 The capacitances with the dielectric are: C= 95.0 F and C = 60.0 F. The capacitors are charged to 100V in the circuit shown to the right. The switch is first opened and then the dielectric is removed from capacitor C as shown in the bottom figure. E = 120. V C= 95.0 uF open switch E = 120. V C C = 60.0 uF C a) Find the total energy stored in the capacitors before the dielectric is removed b) What property of the two-capacitor system does not change when the dielectric is removed? c) Find the final voltage of each capacitor after the dielectric has been removed. d) Find the final charge each capacitor after the dielectric has been removed. (leaving a vacuum between the plates). e) Find the total energy stored in the capacitors after the dielectric has been removed. 10) Two capacitors are made with a dielectric for which x = 38.0 The capacitances with the dielectric are: C= 95.0 F and C = 60.0 F. The capacitors are charged to 100V in the circuit shown to the right. The switch is first opened and then the dielectric is removed from capacitor C as shown in the bottom figure. E = 120. V C= 95.0 uF open switch E = 120. V C C = 60.0 uF C a) Find the total energy stored in the capacitors before the dielectric is removed b) What property of the two-capacitor system does not change when the dielectric is removed? c) Find the final voltage of each capacitor after the dielectric has been removed. d) Find the final charge each capacitor after the dielectric has been removed. (leaving a vacuum between the plates). e) Find the total energy stored in the capacitors after the dielectric has been removed.

Answer rating: 100% (QA)

The problem involves calculating various properties of a twocapacitor system before and after the removal of a dielectric Lets walk through each part step by step a Find the total energy stored in the ... View the full answer