Lesson 2 of 22 • 16 upvotes • 6:57mins
This video derives the expression of energy stored in a charged capacitor. Also it explains the distribution of charges on two conductors when connected by a wire and the energy lost in the process
22 lessons • 2h 40m
Introduction to Capacitance, its Expression and Determination
6:35mins
Energy Stored in a Charged Capacitor, Redistribution of Charges
6:57mins
Parallel Plate Capacitor
8:46mins
Mechanical Force on Charged Conductor, Plates of Capacitor
6:23mins
(Part 1) Effect of Dielectric Inside Capacitor
8:28mins
(Part 2) Effect of Dielectric Inside Capacitor
8:55mins
(Part 1) C-R Cirucits: Charging of Capacitor
6:10mins
(Part 2) C-R Cirucits : Discharging of capacitor
4:56mins
(Part 3) C-R Cirucits : Important points
3:42mins
Charge distribution on plates with unequal charges
7:21mins
Capacitance of Spherical Capacitors
11:31mins
Quality Numerical 001 : Capacitor in a circuit
6:44mins
(Part 4) Time Constant and Charging Current : Method 1
9:28mins
(Part 5) Time Constant and Charging Current : Method 2
6:54mins
(Part 6) Time Constant and Charging Current : Numerical
10:20mins
Quality Numerical 001 : Energy in Charged Capacitor
8:45mins
Quality Numerical 002 : Redistribution of Charges
8:39mins
Quality Numerical 003 : Redistribution of Charges
7:27mins
Quality Numerical 004 : Capacitor having different Dielectrics
5:53mins
Quality Numerical 005 : Charge on Capacitor
5:02mins
Quality Numerical 006 : Finding Potential
4:35mins
Quality Numerical 007 : Charge on Capacitor
7:08mins