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V=IZV, C-luF, C2-ZuF, C-3uF and C=4uF Initially the swithces are closed and capacitors are uncharged. If we close the switch S1 and wait enough; what will be the ch...

Question

V=IZV, C-luF, C2-ZuF, C-3uF and C=4uF Initially the swithces are closed and capacitors are uncharged. If we close the switch S1 and wait enough; what will be the charge on Cz? After all capacitors are charged the switch Sz is closed while S1 is still closed. Calculate the 'charge on Cz Calculate the stored energy on C for both case_

V=IZV, C-luF, C2-ZuF, C-3uF and C=4uF Initially the swithces are closed and capacitors are uncharged. If we close the switch S1 and wait enough; what will be the charge on Cz? After all capacitors are charged the switch Sz is closed while S1 is still closed. Calculate the 'charge on Cz Calculate the stored energy on C for both case_



Answers

The capacitors in $\textbf{Fig. P24.56}$ are initially uncharged and are connected, as in the diagram, with switch S open. The applied potential difference is V$_{ab}$ = +210 V. (a) What is the potential difference V$_{cd}$? (b) What is the potential difference across each capacitor after switch $S$ is closed? (c) How much charge flowed through the switch when it was closed?

So we know the charge commingle to a capacitance test, the potential difference. So the capacity scheme as tame macro Ferre, which is one time standing pounding five here in the presidential difference between a battery is one point Bibles, which is the potential difference in the circuits. So their whole have. The charge is just simply equal to, um, one times 10 to the power of negative Phi Vera and then times 1.5 volts. And this will give us the amount of charge is about, um, 1.5 times 10 to the power of negative Phi cool arms. Okay, so this is a model trash. No flow through the switch after this, which is close.

Configure a charge distribution is my rescue. Let's cue bill S cube minus Q. And infrequently charge distribution is minus Cuban. The less Cuban. Q two minus cute initially. Uh huh. Mm. Charge on C. one or c. two is E. M. F. C. She went in to see to over seven dress. She too as they are in series. Fuck what pence which is closed then in the circuit C. D. The F. C. Data fight must be zero. So E. M. F minus Q. Two upon C. Two is car 20. So you two you can get C. two into IMF and in our closed bloom B. C. F. A. B minus Q. Went upon siva Q two upon si tu minus key mm zero. So from a patient one and 2. Yeah. Uh huh Cuban is you know So charge flowing through the section one oh Cuban prosecute to -10. So it is to me C. two into IMF and judge flowing two. Okay. Section two yeah minus Cuban minus cube. So it is to be E. M. F. Into. She went in to see to over seven plus city. Yeah that's all. Thanks for watching it.

In this question. We have this circuit. So there are two capacitors you want to see too uh connecting this way C. One is six. My ferret C two is tree. Micro ferret. The entry as a rotation of 20 votes. Two. Mhm switch S. One is closer to the seventies charge up. Yeah, that? S. One is open as to his clothes. You wanna go to church C. Two. And then they were yeah at the end they will reach out equilibrium recurring situation. Okay, so in this question you want to calculate the initial charge required by C. One and the final charge on each S. Two is closed and open. Okay, so to solve this question, okay, when this one is close, Yeah. Okay. The charge on the C. One, is it good to see? One times we and this is uh six micro ferret times 20 votes. And we have 120 micro. Okay, so this is the initial charge on C. One then S. One. Open right? S. One is open as tulou is closed so she wanted to encourage arrangement. Okay. So that it could link the president is C. One C. Two which is micro ferret. And the footage the final footage is cannot divide by the community capacitors. So 100 and 20 micro Poland by nine different. This is 13.3 whoops. So if we calculate the charge of each if you want is you want to be final here we get six microfiber at times 13 3 T. And you have so 80 the curriculum in 22 which is b parent 20 micro below minus 80 micro. Follow get 40 micro. Cool. Okay. So the charge, these are the charges on each capacitor as well as open and as to his clothes. Okay. And that's all of this question.

Problems. 70. This problem. We have been here in a circuit containing Nikki Pistor and Red three restaurants. And but we have the wind getting through are one or two under our three d eighties. I want I do. This is going toe or two and I e and this is going through our three while in our we we have wind the total charge on Australia. It is juicy, the belt one on when it is closed. And it has been some time, but we have to Unlike the circuit is the See the here, is it not? We got it. Nor a and more days on it. This? Yeah. Supposed to be really s. No, we can say that if I won is going through distance one r r one it will equal do getting through, um two and three. That is the current through. Our one is equal toe. The current through are three and they are too. It's not a this one in the figure And do you see that I want is the world to source world days minus we air This is old Asian or a divide way are one There it is restaurants one. And I do Is it going toe? We were It is your days You're not a duel. Uh, Toe And similarly, he is equal. Do we? Our rt So we put all these values in tow The equation. There it is. We got it. One regional. So the situation one employs that So So tells me our one is equal to Yeah, are are too. Yeah, we hear our three Putin will use. We get So so this is 40 towards minus It is unknown. Divide by our one and eighties eight domes. It is equally true. We ate our our two in the arteries. Yunus. Six arms. Yes, me A Our rt and rt is equal to three homes. So simply find far we Yeah, we get 40 to minus. We air it wants to For we were on the we is equal toe Consequently 42 or right And that this is everything way off. Yeah. Find four words No I want will be equal to for the two months Were there it is. Get right. Four words Do I dry are one And the other one is eight homes so that I want physical too four times to MPs. So this is a lot answer to Ivan and a car I do retail. I do. Is the Bardo we ate? Our are two on the it is. It will do it. Find for your advice, our physical toe, six homes. And this results in I do off one point four in tears. So this is a lot of I do and well, I t we help I three the ball too. We were a lot of rt and this it was toe mhm. Find for mhm Mhm. And who would you advise? R three and R trees worked with three owns these visits in three of to find eight MBs. So this is the the I three there is going through restaurants three no far party, you know, defined in God we will find. Do you see? There it is. Total George, charge onto the steps, you see? Maybe going toe see in tow. We see they did two presidents of the pastor and what is on the canister. And when the switch is closed and and after a long time, the canister bosses No current endeth it. We have like an insulator so that no current flows through it and the all current passes through R one and R two and there are three is also open. So that total what age is equal to that is it wants to I into are one lost. I are toe and the I is equal toe so salty and you add by one plus or toe said that I was the girl toe 42. Uh huh. That is it was six. This results in total current, um he NPR's and we see will be called toe We do their disorder deserved has there too in the old days of Mr who will be called to ah off to this equals toe we toe being too or who that is six old we do is equal to within worlds. Mhm. Oh, here's another seat. So there. No, we see. We want to wait three. We do sorry. And you see is equal to we see Multiply. See, that is skip distance of the investor and we get 18 in tow that keep this themselves active station. Everyone is for Michael. Yeah, they're just as a lot of six. And this it was too. They want to do What have died, Dennis? Far minus six columns. Ah, the one point to multiply, Dennis Power minus five columns. So this is that judge that is accumulated at the get this did after a long time when the story is fully charged and this is in tow. A problem. Thank you for watching.


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