5

Julian buys a parallel plate capacitor with a capacitance of 4.05 nF. The plates are separated by 2. the space between the plates is filled with air. Find the area ...

Question

Julian buys a parallel plate capacitor with a capacitance of 4.05 nF. The plates are separated by 2. the space between the plates is filled with air. Find the area of the plates.

julian buys a parallel plate capacitor with a capacitance of 4.05 nF. The plates are separated by 2. the space between the plates is filled with air. Find the area of the plates.



Answers

An air-filled capacitor consists of two parallel plates, each with an area of 7.60 $\mathrm{cm}^{2}$ and separated by a distance of 1.80 $\mathrm{mm}$ . If a $20.0-\mathrm{V}$ potential difference is applied to these plates, calculate (a) the electric field between the plates, (b) the capacitance, and (c) the charge on each plate.

So we're given a parallel plate capacitor with an area of 2.3 centimeter squared. I want to convert that two meters. So we're going from centimeters squared, two meters squared. So we have 100 squared centimeters squared in one squared meters, guardia per square, everything. And this goes this 2.3 times 10 to the negative fourth meters me know that the plates of the capacitor are separated by 1.5 millimeters. Den conferred that two meters. We have 1000 millimeters in one meter. So that gives this one point five times 10 to the negative. Three meters of this one should be squared because this is an area that's a distance. And now we want to know the capacitance of this capacitor. And since we know it's air filled, then its capacitance has to be the area of the plates times Absalon, not the electrical primitive ity of free space divided by the distance separating the plates so well to play All these numbers area we found is 2.3 times 10 to the negative fourth meters squared. Absalon not is 8.85 times 10 to the negative 12th and the distance separating them. It's 1.5 times 10 to the negative three. Okay, this gives us a capacitance of 1.36 times 10 to the negative 12th Farage's, which can also be written as 1.36 PICO ferrets. Okay, so now the capacitor is connected to a 12 volt battery. So we have our voltages, 12 bowls and we want to know the charge. Will the charges given by CV we found see in the last part is 1.36 times 10 to the negative 12th and we know the voltages 12 volts. So this gives us a charge of 1.63 times 10 to the negative 11 cool ums, which is also 16.3 PICO cool ums. And now, for the last part, we want to know the magnitude of the electric field. So the voltage between any two plates as long as the field this uniform is just going to be the field times the distance. So the field is volts per distance. We have 12 volts and our distance is 1.5 times 10 to the negative three. So this gives us a field between the plates of 8000 volts per meter

But a of the Union problem. Sebastian's is given by K. Times 1 8 times aided by Betty Okay. is one times 8.85 times 10 to the power -12 Times the area we have is 2.30 times 10 to the power -4. Divided by a distance of 1.54 times since our -3 m. This gives us capacitance of 1.36 peak of arad. But to be the charges story will be called to capacitance times Chairman potential. The bastions is uh 1.36 peak of around that is in federal. It These 1.36 times gentle power -12 Time. The potential difference of 12. This gives us charges of 16 0.3 people. Cool number. From here we can find the electric field. I'd like to feel this game by ah the change in potential Distance. The change in potential is 12 divided by distance 1.5 times 10 to the power -3. This gives us an electric field of 8000 rules per meter

But a of the given problem. The capacitance is given by K Times Sloan Times A divided by D Is the area so welcome Ward Given Centimeter Square Idea. A two meter square in one ply the constantly by the distance. One times 8.85 times 10 to the minus 12 times. 2.30 Time Stanford Bar minus four Divided by 1.5 old time Stamp. Our minus three. This gives us capacitance of 1.36 people. Fare out. Pardon me. The Q amount of jewelry store will be called the capacitance Times. Change in potential. The best ins we have is 1.36 times 10 to the power, minus 12 times the potential difference of troll this game's discharge off 16.3 people. Fair art eso, Equal said. Aren't cool or but see the electric field. Is he cool, too? Potential difference. Do you like me? Distance Potential difference. We have 12 instances. One point fivefold downstairs. Bauer minus three. This gives us an electric field off 1000 rules for a meeting

France is the problem based on concept of talented capital and its cap distances. Given by Q times. Absolutely not. Yeah. Bondi here we have to find the distance between the two capitals. If Cap Pistons is 1630 equal third area of the plate to me. 3.45 10 to the R minus four directed, costumed and having the value 2.7. So from a question one, he could be written us. Okay, absolutely not A upon the sorry see substitute, you will get 3.78 point 85 10 2 He called minus spent. Area 3145 came to the bar minus food. Kappas tends to be 1630 10 to the power minus square. So that displaced between the plate you will get 1.87 10 to the power minus 6 m There. So for the part eight non part week Mhm. We have to fight. Do this for Captain stands to me 13 See GOP competitive. So these got two kids, perhaps in and not a upon C. He is 3.7 8.85 10 to the power management area to be 3.45 10 to the par minus four cactus jerseys 1330 tend to departments spread. So it is story 6.9 10 to depart. Minus six. Meeting that son. Thanks for watching it.


Similar Solved Questions

5 answers
(c) Strictly speaking, is the 1 frame fixed to 341 surface of the Earth an inertial frame? Why or why not?
(c) Strictly speaking, is the 1 frame fixed to 341 surface of the Earth an inertial frame? Why or why not?...
5 answers
4. (Apt) lim T-2 - (x 2)(c - 3)
4. (Apt) lim T-2 - (x 2)(c - 3)...
5 answers
Diagram of in the figure below to decide if the specified directional point) Use the contour derivatives below are positive, negative, or approximately zero:(a) At point (~2,.2) , in direction(b) At point (0. -2), in direction 7 f;{c) At point (~ I, 1), in direction - 7 + J: fId) At point (~1, 1) , in directionle) At point (0, ~2) , in direction 7 + 2j: fz 01) At point (0,~2) , in direction 7-27: fa
diagram of in the figure below to decide if the specified directional point) Use the contour derivatives below are positive, negative, or approximately zero: (a) At point (~2,.2) , in direction (b) At point (0. -2), in direction 7 f; {c) At point (~ I, 1), in direction - 7 + J: f Id) At point (~1, 1...
5 answers
Alualeicaelieiemkeuamalionppliaidatai Eelimalhaslaksandamdidekialongh 70l0286 |The dala aretas foioking;21224 E2hielzluazb 12izd
alualeicaelieiemkeuamalionppliaidatai Eelimalhaslaksandamdidekialongh 70l0286 |The dala aretas foioking;21224 E2hielzluazb 12izd...
5 answers
Fde basks lor tha elgenspuce conesponding to Iha oigenvalue:1211Abnala lor tha elganspuce corrospondina to1=116 (Typa vocior Iat ol vectora. Typo an Intogor = simplililed Iraclian Ior each matrlx element Use (mnnnasoparalo answersneeded )
Fde basks lor tha elgenspuce conesponding to Iha oigenvalue: 1211 Abnala lor tha elganspuce corrospondina to1=116 (Typa vocior Iat ol vectora. Typo an Intogor = simplililed Iraclian Ior each matrlx element Use (mnnna soparalo answers needed )...
5 answers
Solve the initial-value problem: x = 3 12) X,x(o) =
Solve the initial-value problem: x = 3 12) X, x(o) =...
5 answers
Kpmmahokanenproxductforned when 1 Eethylcyclohexene is trented wth enchkengent]CHCH;1 thylcyclohexenea.Hz; Pddnwetruclureb. H;O, H;SO4
Kpmmahokanenproxductforned when 1 Eethylcyclohexene is trented wth enchkengent] CHCH; 1 thylcyclohexene a.Hz; Pd dnwetruclure b. H;O, H;SO4...
5 answers
Chapter 12.3calculusBasco on tnc vork vou revcwco this chapter for full credit; please answer the folloving:Doint,area jf ragicn Ain FiquraFIGURE1rcaC: =EnsweipjinllBre8 Lelreen vieCuivesolloringricureJamtmTe ldnle~neten . 507 37
Chapter 12.3 calculus Basco on tnc vork vou revcwco this chapter for full credit; please answer the folloving: Doint, area jf ragicn Ain Fiqura FIGURE 1rca C: = Enswei pjinll Bre8 Lelreen vie Cuives olloringricure Jamtm Te ldnle ~neten . 507 37...
5 answers
81" Find uie open Intervals on whkch { increasing (decicnsing Ten delerunepuuls} Lel f(r)contuunulesHa[s Increasing on Ihe Intervals fis decieaiing Ihe Intervals Tne Iclalivt maxlina { occurat #The (elalive minlina 0 occural rMoias: Ine @sl Iwo. Yori unswer shioul Eunerdc 5nqie Intent Slcn 45 (Ucol- Senanied I3(mnletvallword "tOIL"Inlne3eNNI annuld brcnirnmaseparted IISI 0' vaives Une woid "nole"
81" Find uie open Intervals on whkch { increasing (decicnsing Ten delerune puuls} Lel f(r) contuunules Ha [s Increasing on Ihe Intervals fis decieaiing Ihe Intervals Tne Iclalivt maxlina { occurat # The (elalive minlina 0 occural r Moias: Ine @sl Iwo. Yori unswer shioul Eunerdc 5nqie Intent Slc...
5 answers
Anobjoct with mass 0f462hangsObject I given push and it takes off from thls vertica resting position Kith & specd 0f / 2.17 mls Whattanqle Mlthe string Make Wlth the vertical when tne object reaches Its hlghest positlon?Tries 0/12The_cbiec: tumgaround and aen t0 Jwing Daci and forth: What the tonalon(he string xhan the atring evacty VartkaTres 0/12
Anobjoct with mass 0f 462 hangs Object I given push and it takes off from thls vertica resting position Kith & specd 0f / 2.17 mls Whattanqle Mlthe string Make Wlth the vertical when tne object reaches Its hlghest positlon? Tries 0/12 The_cbiec: tumgaround and aen t0 Jwing Daci and forth: What t...
5 answers
Find an equation for (he lovel curve of Ihe (unction ((xY) Ihal passos Ihrough Ihe givon point. (xy)= 16-x2-y , (245.15) An equation for (he level curve is 0 (Type an equation )
Find an equation for (he lovel curve of Ihe (unction ((xY) Ihal passos Ihrough Ihe givon point. (xy)= 16-x2-y , (245.15) An equation for (he level curve is 0 (Type an equation )...
5 answers
13 Find the value of _5 -869b) -139139"69
13 Find the value of _5 -8 69 b) -139 139 "69...
5 answers
1) Methane can be used t0 make hydrogen gas by various means: One such reaction is the rcaction of methanc with waler t0 form hydrogcn gas and carbon monoxide.CHa HO 3 Hz CO95.08 grams of waler Ho are reacted completely. what mass of carbon monoxide co would you expect to produce in grams
1) Methane can be used t0 make hydrogen gas by various means: One such reaction is the rcaction of methanc with waler t0 form hydrogcn gas and carbon monoxide. CHa HO 3 Hz CO 95.08 grams of waler Ho are reacted completely. what mass of carbon monoxide co would you expect to produce in grams...
5 answers
Aca F4rJalral tuolgh Aprlahowin bclomVontnActual sale? (AL-anuanyFebruaryharcApnlJ0 calculala smpolied aluc $ MwI (orecasl i4les Ior May htorn Uso 0xponcnlial smocthing wilh aia period ( Janunry| i3 ' Givo Jnswer to ho decimal lpenlsHdeth data Atbuqna Iha Iotecail (or IleAnsticlNeu piy?LoutPJgC
Aca F4r Jalral tuolgh Aprl ahowin bclom Vontn Actual sale? (AL -anuany February harc Apnl J0 calculala smpolied aluc $ MwI (orecasl i4les Ior May htorn Uso 0xponcnlial smocthing wilh aia period ( Janunry| i3 ' Givo Jnswer to ho decimal lpenls Hdeth data Atbuqna Iha Iotecail (or Ile Ansticl Neu ...

-- 0.020377--