5

Find the value of Cr in the following circuit digram: 3 pF6 pF4 pF 6 pF3 microfaradsmicrofarads2 microfarads4 microfarads3 pF...

Question

Find the value of Cr in the following circuit digram: 3 pF6 pF4 pF 6 pF3 microfaradsmicrofarads2 microfarads4 microfarads3 pF

Find the value of Cr in the following circuit digram: 3 pF 6 pF 4 pF 6 pF 3 microfarads microfarads 2 microfarads 4 microfarads 3 pF



Answers

Determine the value of $C_{r}$ in the circuit in Fig. $\mathrm{P} 6.49$

This problem uses kirchhoff is current law says that the some of the currents in is equal to some of the currents out for any particular node. Kirchoff voltage law says that the voltage drops around any closed loop or equal to zero. And also uses of course OM's law which says that voltage is equal to current times resistance. What I'm going to do first is apply Kirchoff current law to this node. A So I know what a I have eyes of a coming in and I have a sub one and I sub two coming out now. To find out. I said juan I'm going to use Homes Law and I'm going to use it here. So I know that that voltage of 12 volts is equal to the current. There's I won times resistance of six OEMs and therefore I too is equal to two amps. Now, if I apply Kirchoff voltage law, working around this loop, I have plus 12 volts plus four volts. And then I've assumed that I too is going down and so that is minus four homes times ice up to is equal to zero. Therefore, for I sub two is equal to 16 volts. That means that I sub two is equal to four amps, then going back Kirchoff current law I have ice cube is equal to two amps plus four amps, so it's equal to six amps, turns out to be a fairly simple problem. Just a matter of applying Kirchoff current law, voltage law and then doing a little bit of algebra.

This problem is a matter of simplifying a circuit and it looks frankly ugly because you have to have it arranged in this particular way is a big square. But if you will track it around as first off, I'll go ahead and write up here at the top that we need to remember that for parallel circuit, that the resistance is the reciprocal of the some of the reciprocal zales, we'll use that a couple of times in here. But looking at this particular circuit, if you track the current as it leaves A. And you're wanting the resistance from A to B as it leaves A. Then it will go up and it will branch this way and that is for kill OEMs. And it will branch this way and you'll have to kill OEMs here and to kill a homes here. So that's the first way that it will have to go. And therefore that is a parallel to parallel branches here and here and this one, those two are in series, so they have a total of four. And so my resistance for this particular loop is going to be 1/1 over four plus 1/4, both those being killer homes. And so I get to kill a homes. So that is a resistance for that first part of the circuit and then get back down to be. It comes down here, there's a two kg ohm resistor there and another to kill a home resistor there and then it comes back down to be. And so essentially what I have is to and two and 2 and those are in series. And so the resistance for this half of the circuit, And I'll just put as an H is equal to six kg. So that's for one half of it. But it happens on the other side as well That over here I have the same thing, I have a four killer OEM and I have to and I have to and then same thing down here. It's a mirror image. And so the current is splitting off in these two particular tracks that are identical to each other. So for this half, I have six kg over here. For the other half, I also have six kg and they're in parallel. Therefore the resistance a B is equal to one over 1/6 Plus 1/6, both of those being killed homes. And so it is equal to three kilograms. So it looks kind of kind of yucky. But the trick is or was for me was to follow the electricity around and see it goes this way and that way on each side here and here. And then once I find a resistance for this part, then to add it into series. And then I was able to find it for each half and then add them together as they are parallel

Hi friends in the given circuit we have to find total conductance. Now you can see and doctors lot with green color who have been baron. So 12,100 12 million hendrick. 12 many Henry marked with green color in parallel. It will give you the value one over one by 12 plus one by 12 plus one by 12. So it is to be food micro Henry. All these are micro handy not the million handy so that we make a correction yet all these are my group. Now this circuit can be modified and this here's a modification of it. Well micro Hendrick, mm hmm. Yeah, This is also 12 Micro Henry here you will get for my true Henry and for micro Hendrick. No in the end DR Marx with blue color to be in parliament. So 12 Micro Henry and 12 micro hand ready marked with blue color in parallel. So total in the sense of the resulted we will get six micro ended and finally six micro hungry for micro 100 and for micro Henry in series. So total independence of the circuit will be six plus four plus four, package 14 micro 100. That's all thanks.

Hi everyone here we are finding total induct tense in the given circuit. Now we can observe in dr mark with green color and molecular are to be Berlin. This inter tends to be off 6 μ00.. So we can say for my crew Henry and for my pro handy of green color in parallel. So it's a value you will get to micro Henry. No, well micro hendrick and six Micro Henry marked with blue color in parallel. So it is to be 12 into 6/12 plus six thirties. Who micro handy beach. No, for micro Henry and to micro Henry are in series. So it is to be six micro handing Now six Micro Henry and six Micro Henry are in Berlin. So it is to be six and 2 6/6 plus six batteries few micro handy now three micro handy. Who Micro Henry and one Micro Henry are in series so it's resentment will be six micro Henry. six Micro Henry are in parallel. Bit 12 Micro Henry and six micro Henry and 12 micro Henry in parallel. So it's a value you will get for micro handing now for Micro Henry in series with fight micro Henry, so it is to be nine micro lending now nine micro Henry in parallel with eight micro Henry, so total induct pains of the circuit, you will get nine into eight, divided by eight plus nine. So finally you will get 4.2 for Micro Henry, That's one. Thanks for watching it.


Similar Solved Questions

5 answers
Let L be the line with parametric equationsXe-2 y =3-t 2 = 5+2tFind the vector equation for a line that passes through the point P-(3, -8 4Z) and intersects L at & pointe that is distance 5 from the point Q=-(-2; 3 5). Note that there are two possible correct answers Use the square root symbol '~l where needed to give an exact value for your answer00V030
Let L be the line with parametric equations Xe-2 y =3-t 2 = 5+2t Find the vector equation for a line that passes through the point P-(3, -8 4Z) and intersects L at & pointe that is distance 5 from the point Q=-(-2; 3 5). Note that there are two possible correct answers Use the square root symbo...
5 answers
Sin' _ xcos? xdx _ points) EvaluateJOLSKNE?
sin' _ xcos? xdx _ points) Evaluate JOLSKNE?...
5 answers
Consider the data in the table.Compound| Melting point HF 783.41 HCI -114.3 HBr 86.96 HI -50.91AHfus (kJ mol) [ Boiling point 4.577 19.54 1.991 ~84.9 2.406 ~67.0 2.871 -35.38AHvep (kJ mol) 25.18 17.53 19.27 21.16Using the data in the table, calculate 4 Sfus and ASvap for HF ASfus24.J/(K mol)86.07J/(K molDetermine the entropy change when 7.80 mol HF(g) condenses at atmospheric pressureAS = 187.824J/KSvap
Consider the data in the table. Compound| Melting point HF 783.41 HCI -114.3 HBr 86.96 HI -50.91 AHfus (kJ mol) [ Boiling point 4.577 19.54 1.991 ~84.9 2.406 ~67.0 2.871 -35.38 AHvep (kJ mol) 25.18 17.53 19.27 21.16 Using the data in the table, calculate 4 Sfus and ASvap for HF ASfus 24. J/(K mol) ...
5 answers
Solve the initial value problem ?, 11 + 212. 2-211 + T2, 11(0) = 1, T2(0) = 0.
Solve the initial value problem ?, 11 + 212. 2 -211 + T2, 11(0) = 1, T2(0) = 0....
5 answers
Particle of mass m moves under the action of harmonic oscillator force with potential energy Zkr? Initially, it is moving in circle of radiusFind the orbital velocity v. Given blow of impulse mv in direction making an angle & with its original velocity, determine the minimum and maximum distances from the origin during the subsequent motion_ (c) Explain your results in (b) physically for the two limiting cases (1) & = 0 and
particle of mass m moves under the action of harmonic oscillator force with potential energy Zkr? Initially, it is moving in circle of radius Find the orbital velocity v. Given blow of impulse mv in direction making an angle & with its original velocity, determine the minimum and maximum distanc...
5 answers
W Rovcbad directicidobe the i] rate change 1 ry Vy at the point
W Rovcbad directicidobe the i] rate change 1 ry Vy at the point...
5 answers
Based on historical data, an insurance company estimates that a particular customer has a 1.2% likelihood of having an accident in the next year, with the average insurance payout being $2900.If the company charges this customer an annual premium of $90, what is the company's expected value of this insurance policy?
Based on historical data, an insurance company estimates that a particular customer has a 1.2% likelihood of having an accident in the next year, with the average insurance payout being $2900. If the company charges this customer an annual premium of $90, what is the company's expected value...
5 answers
10. JSuppose f:Rm F Rn is continuous. Is f necessarily uniformly continuous on every bounded subset of Rm ?
10. JSuppose f:Rm F Rn is continuous. Is f necessarily uniformly continuous on every bounded subset of Rm ?...
5 answers
0 V i G 8 8 1 6 : 1 (a)pue tham 1 1 8 adur 1 1 2
0 V i G 8 8 1 6 : 1 (a)pue tham 1 1 8 adur 1 1 2...
5 answers
Cheucol lonulas Gnd classWly each substance &5 en Forgank: compounc or organkz compoundInorgarkc Ccmpound:KCCNH?Co(HsOshNHsOrganlc Compound:CH-O.Scl:CzHal:
cheucol lonulas Gnd classWly each substance &5 en Forgank: compounc or organkz compound Inorgarkc Ccmpound: KCCNH? Co(HsOsh NHs Organlc Compound: CH-O. Scl: CzHal:...
5 answers
Determine if the following infinite geometric series converges: If the sum converges, find the sum_23(8)'Answer 2 PointsKeypadKeyboard Shortcutslecting an option will enable input for any required text boxes. If the selected option does not have any associated text boxes, then no further input is required_converges sum:diverges
Determine if the following infinite geometric series converges: If the sum converges, find the sum_ 23(8)' Answer 2 Points Keypad Keyboard Shortcuts lecting an option will enable input for any required text boxes. If the selected option does not have any associated text boxes, then no further i...
5 answers
Tnere are 14 finalists singing competiton, Tre top six $ingers receive prizes: How many Ways can Ihe singers finish frst Ihrough sixth? There d #ereni ways that tne singers can finsh first through sixth_ (Typo whola numzer )
Tnere are 14 finalists singing competiton, Tre top six $ingers receive prizes: How many Ways can Ihe singers finish frst Ihrough sixth? There d #ereni ways that tne singers can finsh first through sixth_ (Typo whola numzer )...
5 answers
To estimate the mean score µ of thosewho took the Medical College Admission Test on your campus, youwill obtain the scores of an SRS of students. From publishedinformation, you know that the scores are approximately Normal withstandard deviation about 8.3. How large an SRS must you take toreduce the standard deviation of the sample mean score to 0.5.
To estimate the mean score µ of those who took the Medical College Admission Test on your campus, you will obtain the scores of an SRS of students. From published information, you know that the scores are approximately Normal with standard deviation about 8.3. How large an SRS must you take to re...
5 answers
Lel f be the function given by f(x) =for all * > 0. The derivutive of f is given by r"(r) - L-h(d) Find Iim flx) E
Lel f be the function given by f(x) = for all * > 0. The derivutive of f is given by r"(r) - L-h (d) Find Iim flx) E...
5 answers
4 PoIRSIpencnloeenuUromsonmuohgraphing calculator recommended_family of functions given_ Graph all the given members of the families the viewing rectangles indicated_ f(x) -2 +€6; [-5, 5] by [-10_ 10]Zron LnenAntel Ceameredb#ernt Cnene C nrna etneaann0, -2, -4, -6; [-5, 5] by [-10, 10]Fnnahata Goadmaeaentel C Cnlnn044te4e3nnRecd Heloi
4 PoIRS Ipencnloeenu Uroms onmuoh graphing calculator recommended_ family of functions given_ Graph all the given members of the families the viewing rectangles indicated_ f(x) -2 +€ 6; [-5, 5] by [-10_ 10] Zron Lnen Antel Ceameredb#ernt Cnene C nrna etneaann 0, -2, -4, -6; [-5, 5] by [-10, 10...

-- 0.070176--