Discussion :: Capacitors - General Questions (Q.No.1)
A 10 F, 20 F, 22 F, and 100 F capacitor are in parallel. The total capacitance is
Answer: Option D
No answer description available for this question.
|Prashant Telasi said: (Dec 9, 2010)|
|Capacitances are additive when connected in parallel.
C = c1+c2+c3+c4
|Praveen C B said: (Feb 4, 2011)|
|When capacitors are connected in parallel they are like connecting resistors in series so
|Raj Talwar said: (Apr 13, 2011)|
|Capacitors when connected in parallel can be added for total Capacitance.
|Karthik said: (Jun 29, 2011)|
|Equavalent capacitance C=C1+C2+C3+C4
C=152 micro farads
|Abinaya.J said: (Nov 28, 2011)|
|When capacitance are connected in parallel
The equation is c=c1+c2+c3+c4
c=152 micro farad
|Amiya Ku. Bhoi said: (Dec 13, 2011)|
capacitance are connected in parallel,
|Er. Shyam said: (Dec 18, 2011)|
C= 152 micro farad
|Ajay Sariya said: (Apr 9, 2012)|
|For equivalent capacitacnce,
C=152 micro farad
So right answer is D.
|Bhushan-Dj said: (May 31, 2012)|
|Simply resistance added directly in series and capacitance are added directly into parallel.
|John said: (Dec 8, 2012)|
|You add capacitors in parallel.
152uF - Right answer.
|Amar Kailas Randhe said: (Jul 30, 2013)|
|While connecting capacitors in parallel we will add them to get right value.
i.e., 10+20+22+100 and which is equal to 152 microfarad.
|Bala said: (Aug 2, 2013)|
|It is opposite to that of resistance i.e.
In resistors we add them when connected in series.
Whereas in capacitors we add them when connected in parallel.
|Pramod Shinva said: (Sep 4, 2013)|
|CT = C1+C2+C3+C4.
= 152 MICRO FARAD.
ANSWER IS D.
|Parmanand said: (Nov 23, 2013)|
|Right answer is 152 because in parallel capacitance circuit. Addition of capacitance value.|
|Dasi Vinodh said: (Mar 14, 2014)|
|Capacitors series and parallel combination is opposite to the resistors series and parallel connection hence total capacitance in parallel is equal to the sum of all capacitances. i.e C = C1+C2+C3+C4+...+Cn.|
|Monuvarshney said: (Mar 26, 2014)|
|Ceq = C1+C2+C3+C4.
Ceq = 10+20+22+100 = 152.
|Vikash Yaduvanshi said: (Sep 17, 2014)|
|C = C1+C2+C3+C4....+Cn.|
|Prabas said: (Feb 6, 2015)|
|10+20+22+100=152 why because capacitors series.|
|Mahalaxmi Hiremath said: (Feb 26, 2015)|
|C = c1+c2+c3 = 152.|
|Rupak Sahu said: (Jul 7, 2015)|
|Each capacitance are add so 152 micro Faraday.|
|Gajanan Atole said: (Jan 23, 2016)|
|C1+C2+C3+C3 = 10+20+22+100.
|Manojkumar said: (Aug 23, 2016)|
|Yes, it is 152mf. I agree with you all.|
|Mazar Pasha said: (Sep 6, 2016)|
|When capacitors are connected in parallel we have to add it C = c1 + c2 + c3 + c4.
= 10 + 20 + 22 + 100.
= 152 micro farad.
|Singaraja said: (Oct 8, 2016)|
|When c connected in parallel Cequ = c1 + c2 + c3 + c4.|
|Kulbir said: (Oct 31, 2016)|
|Series = 1/c1 + 1c2.
Parallel = c1 + c2.
|Prashant said: (Nov 25, 2016)|
|For series = 1/c1 + 1/c2+ .......
Parallel = c1 + c2+ .......
|Himansu Sekhar Swain said: (Jun 7, 2017)|
|Here, c1 + c2 + c3 + c4
10 + 20 + 22 + 100 = 152m.
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