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Instructor: Saransh Gupta Sir
Language: English & Hindi
Know Your Physics Faculty | |||
Saransh Gupta Sir | |||
First See These Videos | |||
How to Make Notes | |||
Strategy to Manage Notebooks | |||
Best Way of Study | |||
Faculties in eSaral | |||
Unit and Dimension | |||
Units and Dimensions | |||
Applications of Dimensions | |||
Basic Maths | |||
Please Note Error is taught in last Chapter covering Significant Digits, Error, Vernier Calipers, Screw Gauge, etc | |||
Vector | |||
Introduction of Vectors | |||
Addition of Vectors | |||
Zero Vector is removed from JEE Main Syllabus Only (Not From JEE Advanced). It is taught in Video - Parallelogram rule of vector addition from 41.47-43.27. But we recommend to just go through the topic. | |||
Parallelogram Rule of Vector Addition | |||
Unit Vector | |||
Resolution of Vectors | |||
Expressing Vectors in Unit Vector Notation | |||
Position and Displacement Vector | |||
Scalar Product of Two Vectors | |||
Please Note Cross Product is taught in Rotation Chapter | |||
Kinematics 1D | |||
Distance and Displacement | |||
Rate of Change | |||
Differentiation | |||
Speed Velocity and Acceleration | |||
Motion Under Constant Acceleration - Part 1 | |||
Motion Under Constant Acceleration - Part 2 | |||
Motion under Gravity - Part 1 | |||
Motion under Gravity - Part 2 | |||
Relative Motion - Part 1 | |||
Relative Motion - Part 2 | |||
Graphical Interpretation of Differentiation - Part 1 | |||
Graphical Interpretation of Differentiation - Part 2 | |||
Graphs | |||
Conversion of Graphs | |||
Integration - Part 1 | |||
Integration - Part 2 | |||
Integration - Part 3 | |||
Kinematics 2D | |||
Kinematics 2D - Introduction | |||
Projectile - Part 1 | |||
Projectile - Part 2 | |||
Projectile - Part 3 | |||
Projectile on Incline | |||
Equation of Trajectory | |||
Relative Motion - 2D | |||
Condition of Collision | |||
River Boat and Rain Man | |||
Newton Laws of Motion | |||
Newton's Laws of Motion | |||
Different Types of Forces | |||
Translational Motion | |||
Translational Equilibrium | |||
Pulley, Weighing Machine and Heavy String | |||
Spring Force | |||
Pseudo Force | |||
Constraint Motion | |||
Wedge Constraint | |||
Friction | |||
Static and Kinetic Friction | |||
Basic Problems in Friction | |||
A Systematic Approach to Friction | |||
Two Block Problems | |||
Angle of Repose | |||
Net Contact Force | |||
Miscellaneous Problems | |||
Circular Motion | |||
Angular Variables - Part 1 | |||
Angular Variables - Part 2 | |||
Kinematics of Uniform Circular Motion | |||
Kinematics of Non-Uniform Circular Motion | |||
Curvilinear Motion | |||
Dynamics of Circular Motion | |||
Banking of Roads | |||
Centrifugal Force | |||
Angular Velocity in General | |||
Work Power Energy | |||
Work - Introduction | |||
Work done by Constant and Variable Force | |||
Work done by Spring | |||
Work Energy Theorem for a Particle - Part1 | |||
Work Energy Theorem for a Particle - Part2 | |||
Vertical Circular Motion | |||
Work Energy Theorem for a System | |||
Central and Tangential Forces | |||
Conservative Forces | |||
Potential Energy | |||
Mechanical Energy and its Conservation | |||
Equilibrium | |||
Power | |||
Center of Mass & Collision | |||
Locating Centre of Mass - Discrete Bodies | |||
Locating Centre of Mass - Continuous Bodies | |||
Motion of Centre of Mass | |||
Linear Momentum | |||
Linear Momentum Conservation - Part1 | |||
Linear Momentum Conservation - Part2 | |||
Impulse | |||
Head on Collision - Part 1 | |||
Head on Collision - Part 2 | |||
Oblique Collision | |||
Centre of Mass Frame | |||
Variable Mass | |||
COM-How things are Derived | |||
Rotation Motion | |||
Rotational Motion - Introduction | |||
Kinematics of Pure Rotational Motion | |||
Moment of Inertia | |||
Perpendicular Axis Theorem | |||
Parallel Axis Theorem | |||
Cross Product | |||
Torque | |||
Equilibrium | |||
Torque about an Axis | |||
Inertial Pulley | |||
Application of Work Energy Theorem in Pure Rotation | |||
Angular Momentum | |||
Angular Momentum Conservation | |||
Collision | |||
Toppling | |||
Combined Rotational and Translational Motion (CRTM) | |||
Rolling Motion | |||
Dynamics of CRTM | |||
Kinetic Energy in CRTM | |||
Angular Momentum in CRTM | |||
Instantaneous Center and Axis of Rotation | |||
Gravitation | |||
Universal Law of Gravitation | |||
Gravitational Field | |||
Acceleration due to Gravity | |||
Gravitational Potential Energy and Potential | |||
Geostationary Satellite is removed from JEE Main Syllabus Only (Not From JEE Advanced). It is taught in Video - Motion of Satellite from 25:47 - 36:45 | |||
Motion of Satellite | |||
Kepler's Laws | |||
Escape Velocity | |||
Weightlessness | |||
Calorimetry | |||
Introduction to Calorimetry | |||
Principle of Calorimetry | |||
Change of State | |||
Elasticity | |||
Stress and Strain | |||
Hooke's Law and Elastic Moduli | |||
Stress-Strain Curve and Elastic Potential Energy | |||
Thermal Expansion | |||
Thermal Expansion - Introduction | |||
Coefficients of Expansion | |||
Concepts Expansion | |||
Thermal Stress | |||
Heat Transfer | |||
Modes of Heat Transfer | |||
Conduction-Introduction | |||
Thermal Resistance and Junction Rule | |||
Conduction-Miscellaneous | |||
Convection | |||
Radiation-Introduction | |||
Newton's Law of Cooling Removed from JEE Main Syllabus Only (Not From JEE Advanced). It is taught in Rate of Cooling-Part1 from 9:41-end and in Rate of Cooling-Part2 from Start - 45:09 | |||
Rate of Cooling - Part 1 | |||
Rate of Cooling - Part 2 | |||
Wien’s displacement law | |||
KTG | |||
Ideal Gas Equation - Part 1 | |||
Ideal Gas Equation - Part 2 | |||
Degree of Freedom | |||
Mean Free Path | |||
Thermodynamics | |||
Work Done By Gas | |||
First Law of Thermodynamics | |||
Isochoric and Isobaric Process | |||
Isothermal Process | |||
Adiabatic Process | |||
Polytropic Process and Free Expansion of Gas | |||
Miscellaneous Practice Qs | |||
Carnot Engine and its Efficiency is removed from JEE Main Syllabus Only (Not From JEE Advanced). It is taught in Video Carnot Engine and 2nd Law of Thermo from Start - 21:25 | |||
Carnot Engine And Second Law of Thermodynamics | |||
Refrigerators And Heat Pumps | |||
SHM | |||
Introduction to SHM | |||
Phasor Diagram | |||
Velocity and Acceleration Analysis | |||
Understanding Graphs | |||
Energy in SHM | |||
Spring Block System | |||
Variation in Parameters in SHM | |||
Two Blocks SHM | |||
Simple Pendulum | |||
Physical Pendulum | |||
Miscellaneous Angular SHM | |||
Composition of SHM | |||
Damped SHM is removed from JEE Main Syllabus Only (Not From JEE Advanced). | |||
Damped SHM | |||
Forced Oscillations and Resonance is removed from JEE Main Syllabus Only (Not From JEE Advanced). | |||
Forced Oscillations and Resonance | |||
Wave on String | |||
Wave Introduction | |||
Wave Function | |||
Sine Wave Travelling on a String | |||
Velocity of Wave on String | |||
Power Transmission in Travelling Wave | |||
Interference of Waves | |||
Transmission of Waves | |||
Standing Waves | |||
General Equation of Standing Waves | |||
Normal Modes on Strings | |||
Energy in Standing Waves | |||
Sound Wave | |||
Introduction to Sound Waves | |||
Equation of Sound Wave | |||
Speed of Sound | |||
Intensity of Sound | |||
Standing Wave-Part1 | |||
Standing Wave-Part2 | |||
Resonance Tube Experiment | |||
Doppler's Effect is removed from JEE Main Syllabus Only (Not From JEE Advanced). It is taught in Video - Doppler's Effect, Doppler's Effect Formula & Applications of Doppler's Effect | |||
Doppler's Effect | |||
Doppler's Effect Formula | |||
Applications of Doppler's Effect | |||
Sound Waves - Interference of Waves | |||
Beats | |||
Fluid Mechanics | |||
Pressure | |||
Why is Liquid Surface Horizontal? | |||
Pressure Variation | |||
U-Tube and Barometer | |||
Pascal's Law and Hydrostatic Paradox | |||
Buoyant Force | |||
Archimedes Principle | |||
Eureka - I Found It | |||
Fluid Dynamics | |||
Bernoulli's Principle | |||
Application of Bernoulli's principle | |||
Speed of Efflux | |||
Viscosity | |||
Reynold number is removed from JEE Mains Syllabus. It is taught in Video - Stokes Law from 30:00 - End | |||
Stokes' Law | |||
Surface Tension | |||
Excess Pressure in Drops and Bubbles | |||
Contact Angle | |||
Rise of Liquid in Capillary | |||
Electrostatics: Electric Charges and Fields | |||
Electric Charge | |||
Coulomb's law | |||
Charging by Friction & Induction | |||
Electric Field | |||
EFI on Axis of Uniformly Charged Ring | |||
EFI Due to Thin Wire | |||
EFI due to Thin Circular Arc | |||
Electric Field Lines | |||
Electric Flux | |||
Gauss Law | |||
Gauss Law Application- EFI due to Thin Shell | |||
Gauss Law Application- EFI due to Solid Sphere | |||
Gauss Law Application- EFI due to Solid and Hollow Cylinder, Infinite Sheet | |||
Electrostatics: Electric Potential Energy and Potential | |||
Electrostatic Potential Energy | |||
Applying Work Energy Theorem | |||
Electric Potential | |||
Calculation of Electric Potential | |||
Calculating Potential from Field | |||
Calculating Field from Potential | |||
Potential due to Sphere and Thin Shell | |||
Equipotential Surface | |||
Electric Dipole and Dipole Moment | |||
Electric Field and Potential due to Dipole | |||
Dipole in External Electric Field | |||
Equivalent Dipole Moment | |||
Electrostatics: Conductors | |||
Conductors and its Properties | |||
Electric Potential due to Conductors | |||
EFI on Surface of Conductors | |||
Conductors with Cavity | |||
Parallel Conducting Plates | |||
Electrostatic Pressure, Energy Density and Effect of Medium | |||
Current Electricity | |||
Electric Current | |||
Drift Velocity | |||
Ohm's Law | |||
Colour code for resistors is removed from JEE Main Syllabus Only (Not From JEE Advanced). It is taught in Video "Resistance and Resistors" from 19:37-25:47 | |||
Resistance and Resistors | |||
Battery and EMF | |||
Kirchhoff's Laws | |||
Series and Parallel Resistors | |||
Circuit Solving | |||
Wheatstone Bridge | |||
Series and Parallel Combination of Batteries | |||
Power Delivered & Heat Dissipated | |||
Using Ammeter and Voltmeter Circuit | |||
Constructing Ammeter and Voltmeter | |||
Meter Bridge | |||
Potentiometer is removed from JEE Main Syllabus Only (Not From JEE Advanced) | |||
Potentiometer | |||
Post Office Box | |||
Capacitor | |||
Capacitor-Introduction | |||
Parallel Plate, Spherical & Cylindrical Capacitor | |||
Series and Parallel Combination | |||
Circuit Analysis-Mesh and Nodal Analysis | |||
Energy Stored in Capacitor | |||
Charge Flow and Heat Loss | |||
Equivalent Capacitance of Parallel Plates | |||
Dielectrics | |||
Different Combination of Dielectrics | |||
Electric Force on Dielectric Slab | |||
Transient State Capacitor | |||
Calculation of Current at Different States | |||
Discharging of capacitor | |||
Magnetic Effect of Current | |||
Biot-Savart Law | |||
Magnetic Field due to Straight Finite Current Carrying Wire | |||
Magnetic Field due to Straight Infinite Current Carrying Wire | |||
Magnetic Field Lines due to Straight Current Carrying Wire | |||
Magnetic Field due to a Circular Current Loop | |||
Ampere's Circuital Law | |||
Magnetic Field due to Long Cylinders | |||
Solenoid and Toroid | |||
Magnetic Force on a Moving Charged Particle | |||
Motion of Particle in Magnetic Field | |||
Helical Path | |||
Motion of Particle in Combined Electric and Magnetic Field | |||
Cyclotron is removed from JEE Main Syllabus Only (Not From JEE Advanced). | |||
Cyclotron | |||
Hall Effect | |||
Magnetic Force on a Current Carrying Wire | |||
Force between Two Parallel and Perpendicular Currents | |||
Torque on a Current Loop | |||
Circular Current Loop as a Magnetic Dipole | |||
Moving Coil galvanometer | |||
Magnetism and Matter | |||
Introduction to Magnetism | |||
The Bar Magnet | |||
The Electrostatic Analog | |||
Bar Magnet as an Equivalent Solenoid | |||
Dipole in Uniform Magnetic Field | |||
Magnetism And Gauss's Law | |||
Earth's Magnetism is removed from JEE Main Syllabus. | |||
Earth's Magnetism | |||
Why do Magnets Attract and Repel? | |||
Magnetic susceptibility and permeability mentioned in JEE Main 2023 syllabus are removed from JEE Main 2024 syllabus. We recommend to just go through the video once. | |||
Magnetisation And Magnetic Intensity | |||
Diamagnetism, Paramagnetism and Ferromagnetism | |||
Hysterisis, Permanent and Electromagnet is removed from JEE Main Syllabus. | |||
Hysteresis | |||
Electromagnetic Induction (EMI) | |||
EMI - Introduction | |||
Magnetic Flux | |||
Faraday's Law of Induction | |||
Lenz's Law | |||
Motional EMF | |||
Eddy Currents | |||
Induced Electric Field | |||
Self Inductance | |||
Growth Of Current In LR Circuit | |||
Energy Stored In Inductor | |||
Decay Of Current In LR Circuit | |||
Mutual Inductance | |||
Inductors In Series And Parallel | |||
AC Generator | |||
Alternating Current | |||
Alternating Current - Introduction | |||
Average Value and RMS Value | |||
AC Voltage Applied to a Resistor | |||
AC Voltage Applied to a Capacitor | |||
AC Voltage Applied to an Inductor | |||
Phasors and Phasor Diagram | |||
Impedance | |||
AC Voltage Applied to Series LR circuit | |||
AC Voltage Applied to Series RC circuit | |||
AC Voltage Applied to Series LCR circuit | |||
Power in AC circuits-The Power Factor | |||
Resonance Condition | |||
LC Oscillations | |||
Transformers | |||
Ray Optics - Reflection | |||
Introduction and Reflection of Light | |||
Object and Image | |||
Plane Mirror | |||
Plane Mirrors at an Angle | |||
Introduction To Spherical Mirrors | |||
Paraxial Approximation and Focal Length | |||
Mirror Equation | |||
Mirror Equation - Practice | |||
v-u Graphs of Mirrors | |||
Newton's Formula | |||
Longitudinal Magnification & Image Velocity | |||
Ray Optics - Refraction | |||
Refraction | |||
Refraction - Practice | |||
Apparent Depth | |||
Refraction through Parallel Slab | |||
Total Internal Reflection | |||
TIR Applications and Natural Phenomenon | |||
Angle of Deviation | |||
Refraction through a Prism | |||
Minimum and Maximum Angle of Deviation | |||
Thin Prism | |||
Ray Optics - Refraction Through Curved Surface | |||
Refraction from Curved Surface | |||
Refraction by Lens | |||
Lens Maker's Formula | |||
Applying Lens Formula | |||
Thin Lens - Longitudinal Magnification and Velocity of Image | |||
Power of Lens | |||
Silvering Of Lens | |||
Dispersion is removed from JEE Main Syllabus Only (Not From JEE Advanced) | |||
Dispersion | |||
Ray Optics - Optical Instruments | |||
Human Eye, Defects And Its Corrections | |||
Simple Microscope | |||
Compound Microscope | |||
Telescope | |||
Wave Optics | |||
Wave Particle Duality | |||
Wave Recap | |||
Huygens Principle | |||
Interference of Waves | |||
Young's Double Slit Experiment (YDSE) | |||
Variation in Intensity | |||
Shape of Fringes | |||
YDSE with White Light | |||
Variations in YDSE | |||
Optical Path | |||
Resolving power of microscopes and astronomical telescopes is removed from JEE Main Syllabus Only (Not From JEE Advanced). It is taught in Video : Diffraction from 29:14 - End. | |||
Diffraction | |||
Polarisation | |||
Electromagnetic Waves | |||
Displacement Current | |||
Electromagnetic Waves | |||
Energy in EM Waves | |||
Electromagnetic Spectrum | |||
Atomic Structure | |||
Discovery of Electron and it's charge | |||
Rutherford's Model and The Discovery of Proton, Nucleus and Neutron | |||
Size of Nucleus and Drawbacks of Rutherford's Model | |||
Wave Basics | |||
EM Waves and Planck's Theory | |||
Bohr's Model | |||
Spectrum and Rydberg's Formula | |||
Drawback of Bohr, Light : Wave or Particle? | |||
DE Broglie's Explanation of Bohr's Second Postulate of Quantisation | |||
Dual Nature of Radiation and Matter | |||
Photoelectric Effect and Einstein's Equation | |||
Wave nature of Matter - De Broglie Wavelength | |||
X-Rays | |||
Coolidge Tube | |||
Continuous X-Rays | |||
Characteristic X-Rays | |||
Moseley's Law | |||
Bragg's Law | |||
Nuclear Physics | |||
Introduction to Nuclear Physics | |||
Nuclear Force Theory | |||
Binding Energy And Mass Defect | |||
Q-Value of a Nuclear Reaction | |||
Where does the Radioactivity go? | |||
Which Nucleus is More Stable? | |||
Life Lesson from Einstein | |||
Einstein and His World's Most Famous Equation | |||
Radioactivity | |||
Various Types of Radioactive Decay | |||
Radioactivity- alpha, beta and gamma particles/ rays and their properties decay law is removed from JEE Main Syllabus Only (Not From JEE Advanced). These are taught in Videos : Radioactive Derivation, Activity of a Radioactive Sample & Application of Radioactivity. We Recommend to just go through these Videos. | |||
Radioactivity Derivation | |||
Activity Of A Radioactive Sample | |||
Application of Radioactivity | |||
Nuclear Fission Reaction And Nuclear Reactor | |||
Nuclear Fusion | |||
Semiconductors | |||
Introduction to Semiconductors | |||
Energy Band Diagram | |||
Intrinsic Semiconductors | |||
Extrinsic Semiconductors | |||
p-n Junction | |||
Rectifiers | |||
Special Purpose Diode | |||
Transistors is removed from JEE Mains Syllabus. | |||
Transistors | |||
Amplifier and Switch is removed from JEE Mains Syllabus. | |||
Amplifier and Switch | |||
Logic Gates | |||
Communication System (Removed from JEE Main and JEE Advanced Syllabus) | |||
Introduction of Communication System | |||
Propagation Of Waves | |||
Modulation and its types | |||
Amplitude Modulation | |||
Errors in Measurement & Instruments | |||
Types of Errors | |||
A Question to Learn More | |||
Combination of Errors | |||
Vernier Caliper | |||
Screw Gauge | |||
Significant Digits | |||
Miscellaneous Problems | |||
How to Make Notes in Short |
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