W Suppose three identical copacitors are ennected ta a battery. Will they stare more enerejy if they are connedd Yn series ar in paralle ? Explain. (0) Lompare the amount of eneray stored if we heive tuo ot these identical capacitors in geries and the remaining identica! capacitor in parallel with the series combindtion, cannected to the bottery. C) Lompare the anaint of energy stored if we have tuo ot these identical auucitors in parallel and the remaining. identicel capacitat jo series with the parallel combination. Cannected to the baltery.
W Suppose three identical copacitors are ennected ta a battery. Will they stare more enerejy if they are connedd Yn series ar in paralle ? Explain. (0) Lompare the amount of eneray stored if we heive tuo ot these identical capacitors in geries and the remaining identica! capacitor in parallel with the series combindtion, cannected to the bottery. C) Lompare the anaint of energy stored if we have tuo ot these identical auucitors in parallel and the remaining. identicel capacitat jo series with the parallel combination. Cannected to the baltery.
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![Suppose three identical copacitors are cnnected to a
battery. Will they store more eneray if they ore connedd
in secies ar in paralle ? Explain.
(1) Lampare the amount of enerqy stored if we heve tuo ot
these identical capacitors in secis and the remaining identical
capacitor in purallel with the series combindticn, cannected
to the balkery.
) Lompare #he anaint of enercty stored if we have tub ot
these identical aucitas in parallel and the remaining
identicail capacitar in serjes with the parallel combination,
cannected to the batery.
Civ) Three identical capacitors (where C=8uF] are connected as
shown in the Figure below.
Ceq
(a) [alcul dte the equivalent (or tolal) capacitence, Ceq, df the
Combination belaw.
b) This combination of capaicitos is now cannecled to a 12-volt
Car bettery and charged. [alculate the total charge qtet,
of the combindtHtIan in the Figire
(cj Whet will be the cimouint of charge q an the 1 capacitor
(Note 1t capaicitar is the are an the left in the dicarom
(Note: C=8HE)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F06089eb2-ff0d-4c09-8152-ab59813eefd5%2Fd45e8457-2442-47ab-abc0-3e99febc60c1%2Fcn57kf4_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Suppose three identical copacitors are cnnected to a
battery. Will they store more eneray if they ore connedd
in secies ar in paralle ? Explain.
(1) Lampare the amount of enerqy stored if we heve tuo ot
these identical capacitors in secis and the remaining identical
capacitor in purallel with the series combindticn, cannected
to the balkery.
) Lompare #he anaint of enercty stored if we have tub ot
these identical aucitas in parallel and the remaining
identicail capacitar in serjes with the parallel combination,
cannected to the batery.
Civ) Three identical capacitors (where C=8uF] are connected as
shown in the Figure below.
Ceq
(a) [alcul dte the equivalent (or tolal) capacitence, Ceq, df the
Combination belaw.
b) This combination of capaicitos is now cannecled to a 12-volt
Car bettery and charged. [alculate the total charge qtet,
of the combindtHtIan in the Figire
(cj Whet will be the cimouint of charge q an the 1 capacitor
(Note 1t capaicitar is the are an the left in the dicarom
(Note: C=8HE)
Transcribed Image Text:(d) what will be the amamt d charge, q2 on the
second capacitor
(Note: and cepacito is the and one an the left in the
diagram)
(e) [an you predict what the amauot of charge, qa on the
third ceipcici tor will be? Explain your answer withdit
Calculations and ise the einsues in Cb), (C and rel
in
your explandtion !
Expert Solution
Step 1
*as per guild lines ,the solution of only first three part are provided.*
The three capacitor are having same capacitance,
And the power supply is ,P
And E is the energy of the capacitor.
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