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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

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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 please tell me when can we isolate a junction as it is done in the alternative method

10 years ago by Mohak Sharma

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Sir i considered one of the parallelograms inscribed in the figure to be a wheatstone bridge and got the right answer but can it be considered wheatstone bridge because another wires are touching one of its junctions.the wheatstone bridge is not free?

10 years ago by Mohak Sharma

Ans 1 ->

No it cant be.Potential drop across the mid cap is 50 v in each case.

9 years ago by

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Sir in the alternative method i have doubt in the step of isolating junction..what does it actually mean..how it is done..why after isolation both have 50 volt?___thanks for all help and video lectures

10 years ago by Mohak Sharma

Ans 1 ->

Since the middle potential will always be 50 volt no matter what the arrangement of the lower figure.Since it is independent of lower structure the node can be isolated.

9 years ago by

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High School/JEE/NEET/IPhO Physics | 17-19 Yrs

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