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High School/JEE/NEET/IPhO Physics | 17-19 Yrs
Onion Physics for JEE & NEET
Revision Checklist Physics JEE/NEET | 17-19 Yrs
NCERT Short Notes for 12th Boards, JEE & NEET
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Physics in Minutes
Middle School/NTSE Physics | 14-16 Yrs
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Hybrid Physics/JEE/NEET | 17-19 Yrs
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High School/JEE/NEET/IPhO Physics | 17-19 Yrs

Basic Tools

Basics of Differentiation
Basics of Integration
Basics of Vectors
Basics of Solid Angle
Units and Dimensions

Mechanics

Motion in One Dimension
Motion in Two Dimensions
Relative Motion
Constrained Motion
Newton’s Laws of Motion
Friction
Work Energy Power
Circular Motion
System of Particles-I
System of Particles-II
Rigid Body Dynamics

Heat & Thermodynamics

Thermal Expansion
Calorimetry
Kinetic Theory of Gases
Laws of Thermodynamics
Heat Transfer

Oscillation & Waves

Simple Harmonic Motion
Waves Motion
Interference of Waves
Stationary Waves and Beats
Doppler’s Effect

Properties of Matter

Fluid Statics
Fluid Dynamics
Surface Tension
Viscosity
Elasticity

Gravitation

Gravitational Field
Satellite Motion

Electrostatics

Electric Charges and Fields
Electric Potential and Dipole
Electric Flux and Gauss’s Law
Conductors & Dielectrics
Electrostatic Energy and Electric Pressure
Capacitance

Electric Current & Circuits

Current Electricity
Circuit Analysis
Thermal Effects of Current
RC Circuits
Electrical Measuring Instruments

Magnetic Effects

Magnetic Effects of Current
Magnetic Force on Moving Charges
Electromagnetic Induction
Self & Mutual Inductance
Classical & Terrestrial Magnetism
Magnetic Properties of Materials
Alternating Current
Electromagnetic Waves

Optics

Geometrical Optics I - Reflection of Light
Geometrical Optics II - Refraction of Light
Geometrical Optics III - Thin Lenses
Dispersion of Light
Interference of Light
Diffraction of Light
Polarization of Light
Photometry
Optical Instruments

Modern Physics

Atomic Structure
Photo Electric Effect
Wave Particle Duality
X-Rays
Radioactivity
Nuclear Physics

Semiconductors

Semiconductor
PN Junction & Diodes
Transistor and its Application
Logic Gates

Communication Systems

Communication Systems
Modulation and Demodulation

Capacitance

Module - 1 Charging Capacity of a Conductor

Duration: 7.12 Min

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Module - 2 Capacitance of a Conductor

Duration: 3.23 Min

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Module - 3 Capacitance of an Isolated Conducting Sphere

Duration: 2.53 Min

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Module - 4 Relation in Capacitance and Maximum Capacity of a Conductor

Duration: 4.47 Min

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Module - 5 Sharing of Charge Between Isolated Conductors

Duration: 3.18 Min

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Module - 6 Capacitance and Capacitor

Duration: 5.02 Min

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Module - 7 Capacitance of a Capacitor

Duration: 3.25 Min

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Module - 8 Capacitance of a Spherical Capacitor

Duration: 3.49 Min

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Module - 9 Capacitance of a Sphere Capacitor

Duration: 2.07 Min

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Module - 10 Capacitance of a Cylindrical Capacitor

Duration: 4.32 Min

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Module - 11 Capacitance of a Wire Capacitor

Duration: 5.05 Min

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Module - 12 Capacitance of a Parallel Plate Capacitor

Duration: 2.56 Min

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Module - 13 Charging of a Parallel Plate Capacitor

Duration: 7.51 Min

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Module - 14 Energy Stored in a Parallel Plate Capacitor

Duration: 4.37 Min

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Module - 15 Heat Dissipated in Charging of a Parallel Plate Capacitor

Duration: 6.38 Min

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Module - 16 Force Between The Plates of a Parallel Plate Capacitor

Duration: 3.25 Min

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Module - 17 Grouping of a Parallel Plate Capacitor

Duration: 3.44 Min

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Module - 18 Parallel Combinations of Capacitors

Duration: 3.53 Min

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Module - 19 Series Combinations of Capacitors

Duration: 6.34 Min

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Module - 20 Combination of N-identical Capacitors

Duration: 4.25 Min

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Module - 21 Analysis of Capacitive Circuits

Duration: 11.48 Min

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Module - 22 Analysis of Wheatstone Bridge

Duration: 8.10 Min

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Module - 23 Nodel Analysis for Capacitive Circuits

Duration: 8.01 Min

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Module - 24 Calculating Equivalent Capacitance in Circuits Using Nodal Analysis

Duration: 5.28 Min

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Module - 25 Solved Example-1

Duration: 3.53 Min

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Module - 26 Solved Example-2

Duration: 4.12 Min

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Module - 27 Solved Example-3

Duration: 4.06 Min

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Module - 28 Solved Example-4

Duration: 3.35 Min

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Module - 29 Solved Example-5

Duration: 2.30 Min

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Module - 30 Charge Distribution Between Two Capacitors in Parallel

Duration: 7.55 Min

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Module - 31 Dielectric in a Parallel Plate Capacitor

Duration: 4.23 Min

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Module - 32 Multiple Dielectric Slabs Inserted in one Capacitor

Duration: 7.40 Min

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Module - 33 Partial Filling of a Dielectric in a Capacitor

Duration: 4.39 Min

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Module - 34 Bound Charges on The Surface of Dielectric in a Capacitor

Duration: 3.59 Min

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Module - 35 Effect of Dielectric Insertion in a Capacitor

Duration: 7.26 Min

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Module - 36 Force on a Dielectric Slab During Insertion in a Capacitor

Duration: 5.00 Min

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Module - 37 Solved Example-6

Duration: 2.30 Min

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Module - 38 Solved Example-7

Duration: 3.20 Min

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Module - 39 Solved Example-8

Duration: 4.25 Min

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Module - 40 Solved Example-9

Duration: 5.03 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

9 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?

9 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

9 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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