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High School/JEE/NEET/IPhO Physics | 17-19 Yrs
Mechanics
Kinematics
Newton’s Laws of Motion
Work Energy Power
Circular Motion
System of Particles
Rigid Body Dynamics
Heat & Thermodynamics
Heat Transfer
KTG and Thermodynamics
Thermal Expansion & Calorimetry
Oscillation & Waves
Simple Harmonic Motion
Waves
Properties of Matter
Properties of Matter
Fluid Statics & Dynamics
Gravitation
Gravitation
Electrostatics
Electric Charges and Fields
Capacitance
Electric Current & Circuits
Current Electricity
Magnetic Effects
Magnetic Effects and Electromagnetic Induction
Optics
Geometrical Optics
Wave Optics
Modern Physics
Atomic and Nuclear Physics
Capacitance
Illustration - 1
Battery Reversal in a Capacitor
Duration: 4.04 Min
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Illustration - 2
A Capacitor with Tilled Plate
Duration: 3.59 Min
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Illustration - 3
Non-uniform Electric Field in a Capacitor
Duration: 2.07 Min
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Illustration - 4
Capacitance of a System of Parallel Plates
Duration: 3.01 Min
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Illustration - 5
Charging a Capacitive Circuit
Duration: 5.41 Min
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Illustration - 6
Capacitance of an Enveloped Sphere
Duration: 4.32 Min
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Illustration - 7
Heat Dissipation in Charging a Charged Capacitor
Duration: 6.34 Min
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Illustration - 8
Heat Dissipation in Parallel Combination of Two Charged Capacitors
Duration: 5.15 Min
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Illustration - 9
Volume Charge Filled in a Capacitor
Duration: 3.41 Min
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Illustration - 10
Different Charges on Plates of a Capacitor
Duration: 4.06 Min
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Illustration - 11
Equivalent Capacitance of an Unbalanced Wheatstone Bridge
Duration: 5.22 Min
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Illustration - 12
Capacitor Connection with Opposite Polarity
Duration: 3.02 Min
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Illustration - 13
Analyzing Capacitive Circuit
Duration: 2.29 Min
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Illustration - 14
Analyzing Capacitive Circuit-2
Duration: 3.36 Min
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Illustration - 15
Analyzing Capacitive Circuit-3
Duration: 2.37 Min
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Illustration - 16
Analyzing Capacitive Circuit-4
Duration: 1.54 Min
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Illustration - 17
Analyzing Capacitive Circuit-5
Duration: 2.56 Min
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Illustration - 18
Analyzing Ladder Networks
Duration: 3.35 Min
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Illustration - 19
Multiplying Factor in a Capacitive Circuit
Duration: 3.27 Min
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Illustration - 20
Equivalent Capacitance of Symmetry Circuit-1
Duration: 3.30 Min
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Illustration - 21
Equivalent Capacitance of Symmetry Circuit-2
Duration: 8.04 Min
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Illustration - 22
Capacitors Connected in Form of a Cube-1
Duration: 5.45 Min
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Illustration - 23
Capacitors Connected in Form of a Cube-2
Duration: 3.26 Min
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Illustration - 24
Capacitors Connected in Form of a Cube-3
Duration: 4.39 Min
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Illustration - 25
Equivalent Capacitance of a Symmetry Circuit-3
Duration: 5.43 Min
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Illustration - 26
Spherical Capacitor Connections-1
Duration: 2.37 Min
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Illustration - 27
Spherical Capacitor Connections-2
Duration: 2.18 Min
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Illustration - 28
Spherical Capacitor Connections-3
Duration: 2.33 Min
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Illustration - 29
Spherical Capacitor Connections-4
Duration: 1.50 Min
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Illustration - 30
Energy Variation due to Dielectric Insertion
Duration: 3.34 Min
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Illustration - 31
Increasing Separation Between Plates of a Capacitor
Duration: 2.53 Min
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Illustration - 32
Rise in Liquid Level Between Plates of a Capacitor
Duration: 3.07 Min
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Illustration - 33
Variation of Dielectric in a Capacitor Along the Plates
Duration: 3.35 Min
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Illustration - 34
Variation of Dielectric Normal to Plates of Capacitor
Duration: 3.49 Min
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Illustration - 35
Charge Flow Through a Branch in Capacitive Circuit
Duration: 4.43 Min
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Illustration - 36
Charge Flow Through a Switch in Capacitive Circuit-1
Duration: 4.20 Min
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Illustration - 37
Charge Flown Through a Switch in Capacitive Circuit-2
Duration: 4.32 Min
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Illustration - 38
Current in Capacitive Branch due to Motion of Plates
Duration: 3.49 Min
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Illustration - 39
Liquid Rising in a Capacitor
Duration: 6.38 Min
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Post your question related to above video lecture
sir how can the two capacitors be considered in series as there is a battery between them on either side ?
8 years ago by vishal
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sir can we still use charge conservation in this case even when the plates are not isolated?because we have batteries attached in between them.
8 years ago by Vaishnavi Kulkarni
Ans 1 ->
Yes.Nodal analysis is based on charge conservation only.Summation of charges of cap about a node is zero.
8 years ago by
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sir can you please tell me how the potential on other plate will be (x+20) sir ahould'nt it be (20-x)? thank you.
8 years ago by Vaishnavi Kulkarni
Ans 1 ->
It will be 20+x as the potential drop across the the battery should be 20 v.So 20+x -x=20v satisfies the theory.
8 years ago by
Ans 2 ->
sir how can the two capacitors be considered in series as there is a battery between them on either side ?
8 years ago by
vishal
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