For more information, check the following video on capacitor: 1) How Does Capacitor Works? ua-cam.com/video/R2QQ0yiqH_U/v-deo.htmlsi=X0Z3Padu09IzmlRv 2) Capacitor Specifications: ua-cam.com/video/bEc75DyB6rM/v-deo.htmlsi=6388Es9rAkc9DdYK 3) Types of Capacitors Explained: ua-cam.com/video/UMJzF8__zxA/v-deo.htmlsi=E23zCDoPXjajLca1
2:16 sory i'm not a Master in english But i don't understand how Q1=Q2=Q I assume that ,that serie of capacitor has the voltage V across it and i think that if C1=C2 then Q1=Q2 but how Q1=Q2=Q
You can understand in this way. Since capacitors are connected in series, the same current will flow through all the capacitors right ?? Now current is basically a rate of change of charge. So, whatever amount of charge that is pushed by the source towards the capacitor C1, the same amount of charge will be pushed by the plate of capacitor C1 towards C2. And in this way, at any given time if you see the charge across the capacitor then it will be the same. If the capacitors are connected in parallel, then that will not be the case. And in that case, what you are saying would be true. I hope, it will clear your doubt.
For more information, check the following video on capacitor:
1) How Does Capacitor Works?
ua-cam.com/video/R2QQ0yiqH_U/v-deo.htmlsi=X0Z3Padu09IzmlRv
2) Capacitor Specifications:
ua-cam.com/video/bEc75DyB6rM/v-deo.htmlsi=6388Es9rAkc9DdYK
3) Types of Capacitors Explained:
ua-cam.com/video/UMJzF8__zxA/v-deo.htmlsi=E23zCDoPXjajLca1
Best explanation 🎉
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2:16 sory i'm not a Master in english
But i don't understand how Q1=Q2=Q
I assume that ,that serie of capacitor has the voltage V across it and i think that if C1=C2 then Q1=Q2 but how Q1=Q2=Q
What i mean is why Q shouldn't be Q=q1+q2
You can understand in this way. Since capacitors are connected in series, the same current will flow through all the capacitors right ?? Now current is basically a rate of change of charge. So, whatever amount of charge that is pushed by the source towards the capacitor C1, the same amount of charge will be pushed by the plate of capacitor C1 towards C2.
And in this way, at any given time if you see the charge across the capacitor then it will be the same. If the capacitors are connected in parallel, then that will not be the case. And in that case, what you are saying would be true. I hope, it will clear your doubt.
@@ALLABOUTELECTRONICS understood . Very well
Thank you
Hindi me bhi Bana bhai
I really dislike the tone and mannerism in the voice! It's pain to my ears!