ELECTROSTATICS \ #33 PARALLEL COMBINATION OF CAPACITORS \ CLASS 12 \ PhysicSeekho \ Asif Ansari

ELECTROSTATICS \ #33 PARALLEL COMBINATION OF CAPACITORS \ CLASS 12 \ CBSE ISC ALL STATE BOARDS \ PhysicSeekho \ Asif Sir

Telegram Channel Link 👉 https://t.me/PhysicSeekhoClass12

📚 Welcome to the Lecture#33 of Electrostatics! ⚡

🔍 Topics Covered in Lecture #33:
1️⃣ Parallel combination of capacitors : Circuit Diagram. How to connect capacitors in parallel.
2️⃣ How do Capacitors in parallel get same potential difference ? and How do capacitors in parallel get different charge ?
3️⃣ Equivalent capacitance of parallel combination of capacitors. Derivation and Two important concepts and Statement for the mathematical Formula.
4️⃣ Special case (i) Formula for equivalent capacitance of parallel combination of capacitors is applicable to any number of capacitances. (ii) Formula for equivalent capacitance of parallel combination in which all capacitors have same value.
5️⃣ Equivalent capacitance of parallel combination is greater than the greatest value capacitance in the combination.
6️⃣ Numerical on parallel combination of capacitors.
7️⃣ Numerical on mixed combination of capacitors.

-------------------------------------------------------------------------------------------------------------------
Stay tuned for the entire series, and don't forget to join our Telegram channel for updates and additional resources! 👉 https://t.me/PhysicSeekhoClass12

🔔 Don’t forget to Like, Share, and Subscribe to PhysicSeekho for more lectures and exam tips!

------------------------------------------------------------------------------------------------------------------------
#Electrostatics #PhysicsLecture #conductor #capacitor #capacitance #parallelcombination #equivalentcapacitance #parallel #class12physics #Class12 #CBSE #ISC #StateBoards #amu #jmi #jee #iit #neet #basicconcepts #PhysicSeekho #AsifSir #asifansari #physicsiseasy

Class 12 Physics Revision #revision
Physics Chapter 2 ELECTROSTATIC POTENTIAL AND CAPACITANCE (NCERT)
#electrostaticpotentialandcapacitance