What will i learn?
Curriculum for this course
703 Lessons
00:00:00 Hours
DEMO CLASSES
20 Lessons
00:00:00 Hours
- Fluids Introduction
- Variation of Pressure with Height
- Pascal’s Law
- System of Particles
- Center of Mass Concept
- Equation of Motion of the CM
- Motion Under Central Force
- Differential Equation of Orbit
- Newton's Laws of Motion
- Contact Force
- Friction
- Newton's Laws of Motion Quiz 00:15:00
- Contact Force Quiz 00:15:00
- Friction 00:15:00
- Motion Under Central Force Quiz 00:15:00
- Differential Equation of Orbit Quiz 00:15:00
- Center of Mass Concept Quiz 00:15:00
- Equation of Motion of the CM Quiz 00:15:00
- Variation of Pressure with Height Quiz 00:15:00
- Pascal’s Law Quiz 00:15:00
FOUNDATION COURSE
94 Lessons
00:00:00 Hours
- Basics of Differentiation
- Basics of Integration
- Vector Algebra
- Vector Calculus
- Trigonometric Integration
- Kinetic Theory Part 1
- Kinetic Theory Part 2
- Thermodynamics Part 1
- Thermodynamics Part 2
- Oscillations Part 1
- Oscillations Part 2
- Oscillations Part 3
- Oscillations Part 4
- Waves Part 1
- Waves Part 2
- Waves Part 3
- Basic Tool for Electrodynamics Part 1
- Basic Tool for Electrodynamics Part 2
- Basic Tool for Electrodynamics Part 3
- Basic Tool for Electrodynamics Part 4
- Basic Tool for Electrodynamics Part 5
- Basic Tool for Electrodynamics Part 6
- Basic Tool for Electrodynamics Part 7
- Magnetostatics Part 1
- Magnetostatics Part 2
- Magnetostatics Part 3
- Basics of Electronics Part 1
- Basics of Electronics Part 2
- Basics of Electronics Part 3
- Basics of Electronics Part 4
- Basic Tool for Quantum Mechanics Part 1
- Basic Tool for Quantum Mechanics Part 2
- Basic Tool for Quantum Mechanics Part 3
- Basic Differentiation Part 1
- Basic Differentiation Part 2
- Basic Integration Part 1
- Basic Integration Part 2
- Basic Integration Part 3
- Vector Algebra Part 1
- Vector Algebra Part 2
- Vector Calculus Part 1
- Vector Calculus Part 2
- Vector Calculus Part 3
- Trigonometric Identities Part 1
- Trigonometric Identities Part 2
- Trigonometric Integration Part 1
- Trigonometric Integration Part 2
- Motion in 1D Part 1
- Motion in 1D Part 2
- Motion in 1D Part 3
- Motion in 2D Part 1
- Motion in 2D Part 2
- Motion in 2D Part 3
- Laws of Motion Part 1
- Laws of Motion Part 2
- Work, Energy & Power Part 1
- Work, Energy & Power Part 2
- Work, Energy & Power Part 3
- Work, Energy & Power Part 4 A
- Work, Energy & Power Part 4 B
- Work, Energy & Power Part 4 C
- System of Particles Part 1 A
- System of Particles Part 1 B
- System of Particles Part 1 C
- System of Particles Part 2 A
- System of Particles Part 2 B
- System of Particles Part 3
- Thermodynamics Part 3 00:15:00
- Thermodynamics Part 2 00:15:00
- Thermodynamics Part 1 00:15:00
- Kinetic Theory Part 2 00:15:00
- Kinetic Theory Part 1 00:15:00
- Torque and Angular Momentum 00:15:00
- Moments of Inertia and Products of Inertia 00:15:00
- CM of Continous Mass Distribution 00:15:00
- System of Particles Part 1 C - Equation of Motion of the CM 00:15:00
- System of Particles Part 1 B - Center of Mass Concept 00:15:00
- System of Particles Part 2 00:15:00
- System of Particles Part 1 00:15:00
- Perfectly Inelastic Collisions 00:15:00
- Inelastic Collisions 00:15:00
- Elastic Collisions 00:15:00
- Work, Energy & Power Part 4 00:15:00
- Work, Energy & Power Part 3 00:15:00
- Work, Energy & Power Part 2 00:15:00
- Work, Energy & Power Part 1 00:15:00
- Laws of Motion Part 2 00:15:00
- Laws of Motion Part 1 00:15:00
- Motion in 2D Part 3 00:15:00
- Motion in 2D Part 2 00:15:00
- Motion in 2D Part 1 00:15:00
- Motion in 1D Part 3 00:15:00
- Motion in 1D Part 2 00:15:00
- Motion in 1D Part 1 00:15:00
MODERN PHYSICS
65 Lessons
00:00:00 Hours
- Module 1 Problem Discussion Part 1
- Module 1 Problem Discussion Part 2
- Module 2 Problem Discussion Part 1
- Module 2 Problem Discussion Part 2
- Module 3 Problem Discussion Part 1
- Module 3 Problem Discussion Part 2
- Module 4 Problem Discussion Live
- Module 1 Problem Discussion
- Structure of Atomic Nuclei
- Bohr Atomic Model
- Atomic Spectra
- Radioactivity
- Successive Transformation
- Module 4 Problem Discussion
- Wave Function
- Operation on Wave Function Part 1
- Operation on Wave Function Part 2
- Schrödinger equation
- Particle in Potential Well
- Particle in Potential Well Problems
- Particle in Infinite Potential Well
- Particle in a Box
- Harmonic Oscillator
- Step Potential
- Tunneling Effect
- Module 3 Problem Discussion
- Blackbody Radiation
- Photoelectric Effect Part 1
- Photoelectric Effect Part 2
- X-Rays
- Compton Effect
- Wave particle Duality
- Uncertainty principle
- Module 2 Problem Discussion
- Inertial Frame & Galilean Invariance
- Lorentz Transformation Equation
- Length Contraction
- Time Dilation
- Relativistic Velocity Addition
- Mass Energy Equivalence
- Module 1 Problem Discussion
- Wave Function Quiz 00:09:00
- Inertial Frame & Galilean Invariance 00:10:00
- Radioactivity Quiz 00:15:00
- Atomic Spectra Quiz 00:15:00
- Structure of Atomic Nuclei 00:15:00
- Tunneling Effect Quiz 00:09:00
- Step Potential Quiz 00:12:00
- Harmonic Oscillator Quiz 00:15:00
- Particle in 3D Box 00:15:00
- Particle in Potential Well Quiz 00:15:00
- Schrödinger equation Quiz 00:09:00
- Operation on Wave Function Quiz 00:15:00
- Lorentz Transformation Equation 00:15:00
- Bohr Atomic Model Quiz 00:15:00
- Uncertainty Principle 00:15:00
- Wave particle Duality Quiz 00:15:00
- Compton Effect Quiz 00:15:00
- X-Rays Quiz 00:15:00
- Photoelectric Effect Quiz 00:15:00
- Blackbody Radiation Quiz 00:15:00
- Mass Energy Equivalence Quiz 00:15:00
- Relativistic Velocity Addition 00:15:00
- Time Dilation Quiz 00:15:00
- Length Contraction 00:15:00
SOLID STATE PHYSICS AND ELECTRONICS
77 Lessons
00:00:00 Hours
- Solid State Physics Live Discussion Part 1
- Solid State Physics Live Discussion Part 2
- Electronics Live Discussion Part 1
- Electronics Live Discussion Part 2
- Electronics Module 3 Live Discussion
- Module 4 Discussion Part 1
- Electronics Module 4 Discussion Part 2
- Number System
- Logic gates
- Universal Gates
- Rules for Boolean algebra
- Boolean Expression for gate networks
- Simplification of Boolean Expressions
- Karnaugh Map
- Module 4 Problem Discussion
- Single Stage Amplifier
- Two Stage R-C coupled amplifiers
- Oscillators
- Operational Amplifier
- Operational Amplifier Problems
- Module 3 problem Discussion
- Basics of Electronics Part 1
- Basics of Electronics Part 2
- Basics of Electronics Part 3
- Basics of Electronics Part 4
- Intrinsic and Extrinsic semiconductors
- Conductivity
- p-n Junction Diode
- Clippers and Clampers
- Zener diode
- BJT-Basics
- Fixed Bias Circuit
- Voltage divider Bias
- DC Bias with voltage feedback
- Module 2 problem Discussion
- Crystal Structure - Basics
- Symmetric Operations
- Miller Indices
- Interplanar Distance
- Atomic Packing Fraction Part 1
- Atomic Packing Fraction Part 2
- Atomic Packing Fraction Part 3
- Lattice Constant and Density
- Reciprocal Lattice
- Bragg's Law
- Diffraction Intensity
- Module 1 Problem Discussion
- Fixed Bias Circuit 00:10:00
- Karnaugh Map 00:06:00
- Voltage divider Bias 00:10:00
- DC Bias with voltage feedback 00:10:00
- Single Stage Amplifier 00:12:00
- Two Stage R-C coupled amplifiers 00:15:00
- Oscillators 00:15:00
- Operational Amplifier 00:15:00
- Operational Amplifier Problems 00:15:00
- Number System 00:15:00
- Logic gates 00:15:00
- Universal Gates 00:15:00
- Rules for Boolean algebra 00:12:00
- Boolean Expression for gate networks 00:12:00
- Simplification of Boolean Expressions 00:10:00
- BJT-Basics 00:15:00
- Clippers and Clampers 00:15:00
- Zener diode 00:15:00
- p-n Junction Diode Quiz 00:10:00
- Conductivity Quiz 00:05:00
- Intrinsic and Extrinsic semiconductors Quiz 00:10:00
- Diffraction Intensity Quiz 00:05:00
- Bragg’s Law Quiz 00:15:00
- Reciprocal Lattice Quiz 00:05:00
- Lattice Constant and Density Quiz 00:06:00
- Atomic Packing Fraction Part 3 Quiz 00:08:00
- Atomic Packing Fraction Part 2 Quiz 00:05:00
- Atomic Packing Fraction Part 1 Quiz 00:09:00
- Miller Indices Quiz 00:05:00
- Crystal Structure Quiz 00:05:00
MATHEMATICAL PHYSICS
64 Lessons
00:00:00 Hours
- PYQ Discussion Part 1
- PYQ Discussion Part 2
- PYQ Discussion Part 3
- Module 1 Discussion Part 1 Live
- Module 1 Discussion Part 2 Live
- Module 2 Discussion Live
- Module 3 Live Discussion
- Module 4 Problem discussion Part 1 Live
- Module 4 Problem discussion Part 2 Live
- Mathematical physics Module 5 Problem Discussion Live
- Complex Numbers - Basics
- Problem Discussion
- Jacobian
- Taylor’s Series
- Maclaurine Series
- Fourier Series Basics
- Half-Range Fourier Series
- Fourier Series Problems
- Problem Discussion
- Matrices Basics
- Properties Of Matrices
- Eigen Value Problem
- Cayley-Hamilton Theorem
- Diagonalisation of Matrix
- Function of Matrix
- Module 3 Problem discussion
- Order and Degree of a Differential Equations
- Separation of the Variables
- Homogeneous Equation
- Linear Differential Equations
- Equation Reducible to Linear Form
- Exact Differential Equation
- Equations Reducible to the Exact Form
- Linear Differential Equations of Second Order with Constant Coefficients
- Method for finding particular integral
- Vector Algebra
- Vector Algebra Problems
- Grad, Div & Curl
- Line, Surface & Volume Integral
- Spherical Polar Coordinate
- Spherical Polar Coordinate - Unit Vectors
- Spherical Line Element
- Cylindrical Polar Coordinates
- Divergence & Curl in General Coordinate System
- Theorems in Vector Integration
- Div & Curl Problems
- Module 1 Problem Discussion
- Half-Range Fourier Series 00:15:00
- Fourier Series Problems 00:15:00
- Maclaurin Series 00:15:00
- Taylor’s Series 00:15:00
- Complex Numbers - Basics Quiz 00:15:00
- Function of Matrix 00:15:00
- Diagonalisation of Matrix 00:15:00
- Cayley-Hamilton Theorem 00:15:00
- Eigen Value Problem 00:15:00
- Properties of Matrices 00:15:00
- Methods for Finding Particular Integral 00:15:00
- Second Order with Constant Coefficients 00:15:00
- Exact Differential Equation 00:15:00
- Linear Differential Equations 00:15:00
- Homogeneous Equation 00:15:00
- Separation of the Variables 00:15:00
- Order and Degree of a Differential Equations 00:15:00
ELECTRICITY AND MAGNETISM
108 Lessons
00:00:00 Hours
- Electricity and Magnetism Introduction Live
- Electricity & Magnetism Module 1 Problem Discussion Part 1
- Electricity & Magnetism Module 1 Problem Discussion Part 2
- Electricity & Magnetism Module 1 Problem Discussion Part 3
- Electricity & Magnetism Module 2 Problem Discussion Part 1
- Electricity & Magnetism Module 2 Problem Discussion Part 2
- Module 3 Problem Discussion Live Part 1
- Module 3 Problem Discussion Live Part 2
- Electricity & Magnetism Module 4 Problem Discussion
- Electricity & Magnetism Module 5 Problem Discussion
- Electricity & Magnetism One Shot
- PYQ Discussion Part 1
- PYQ Discussion Part 2
- PYQ Discussion Part 3
- Circuit Basics Part 1
- Circuit Basics Part 2
- LR Circuit
- RC Circuit
- LCR Circuit
- Lorentz Force
- Charged Particle in Electric Field
- Charged Particle in Magnetic Field
- Charged Particle in Electric and Magnetic Field
- Maxwell's Equations
- Poynting Theorem
- Wave Equation
- Electromagnetic Wave
- Energy and Momentum in Electromagnetic wave
- EM Waves in Matter
- Reflection and Refraction of EM Wave
- Current Densities
- Continuity Equation
- Biot-Savart Law
- Magnetic Field due to Wire
- Magnetic Field due to Solenoid and Toroid
- Ampere's Law
- Magnetic Vector Potential (A)
- Magnetostatic Boundary Condition
- Multipole Expansion of Vector Potential
- The Field of a Magnetized Object
- Ampere’s Law in presence of Magnetic Materials
- Faraday’s Law
- Lenz’s Law
- Inductance (Self and mutual induction)
- Energy stored in the field
- Coulomb’s Law and Superposition Principle
- Electric Field
- Electric Field due to line charge
- Electric Field due to surface charge
- Gauss’s Law
- Gauss’s Law - Applications
- Electric Potential
- Electric Potential of different objects
- Laplace and Poisson Equations
- Electrostatic Boundary Condition
- Work and Energy in Electrostatics
- Energy of Continuous Charge Distribution
- Basic Properties of Conductors
- Multipole Expansions
- The Monopole and Dipole Terms
- Polarization
- Electric Displacement
- Boundary Condition & Energy in dielectric system
- Classical Image Problem
- Other Image Problems
- Coulomb’s Law Quiz 00:15:00
- Electric Field Quiz 00:15:00
- Electric Field due to line charge Quiz 00:15:00
- Gauss’s Law Quiz 00:15:00
- Gauss’s Law - Applications Quiz 00:15:00
- Electric Potential Quiz 00:15:00
- Electric Potential of different objects Quiz 00:15:00
- Work and Energy in Electrostatics Quiz 00:12:00
- Energy of Continuous Charge Distribution Quiz 00:09:00
- Polarization Quiz 00:15:00
- Electric Displacement Quiz 00:15:00
- Boundary Condition & Energy in Dielectrics Quiz 00:12:00
- Classical Image Problem Quiz 00:15:00
- Other Image Problems Quiz 00:15:00
- Continuity Equation Quiz 00:09:00
- Biot-Savart Law Quiz 00:09:00
- Magnetic Field due to Wire Quiz 00:15:00
- Magnetic Field due to Solenoid and Toroid Quiz 00:15:00
- Ampere's Law Quiz 00:15:00
- Magnetic Vector Potential (A) Quiz 00:12:00
- Magnetostatic Boundary Condition Quiz 00:12:00
- Multipole Expansion of Vector Potential Quiz 00:12:00
- The Field of a Magnetized Object Quiz 00:15:00
- Ampere’s Law in presence of Magnetic Materials Quiz 00:09:00
- Faraday's Law Quiz 00:15:00
- Lenz's Law Quiz 00:09:00
- Inductance Quiz 00:12:00
- Energy stored in the field Quiz 00:12:00
- Maxwell's Equations Quiz 00:15:00
- Poynting Theorem Quiz 00:09:00
- Wave Equation Quiz 00:09:00
- Electromagnetic Wave Quiz 00:12:00
- Energy and Momentum in Electromagnetic wave Quiz 00:15:00
- EM Wave in Matter Quiz 00:15:00
- Reflection and Refraction of EM Wave Quiz 00:09:00
- Lorentz Force Quiz 00:15:00
- Charged Particle in Electric Field Quiz 00:09:00
- Charged Particle in Electric and Magnetic field Quiz 00:15:00
- Charged Particle in Magnetic Field Quiz 00:15:00
- Circuit Basic Quiz 00:15:00
- RC Circuit Quiz 00:15:00
- LR Circuit Quiz 00:15:00
- LCR Circuit Quiz 00:12:00
KINETIC THEORY AND THERMODYNAMICS
55 Lessons
00:00:00 Hours
- PYQ DISCUSSION PART 1
- PYQ DISCUSSION PART 2
- PYQ DISCUSSION PART 3
- PYQ DISCUSSION PART 4
- Kinetic Theory Module 1 Problem Discussion
- Module 2&3 Problem Discussion Live Part 1
- Idea of ensmbles
- MB Statistics
- BE Statistics
- FD Statistics
- Partition function
- Quantum harmonic oscillator
- Module 4 Problem Discussion
- Thermodynamics potentials
- Maxwell equations
- Phase transition
- Clausius clapeyron equation
- Module 3 problem discussions
- Laws of thermodynamics Part 1
- Laws of thermodynamics Part 2
- Thermodynamic process
- 2 nd law of thermodynamics
- Entropy
- Heat engine and carnote cycle
- Module 2 problem discussion
- Elements of kinetic theory of gases
- Maxwell speed distribution
- Degree of freedom and specfic heat
- Mixing of gases
- Mean free path
- Gases law
- Calorimetry
- Module 1 problem dicussion
- Entropy 00:15:00
- Quantum harmonic oscillator 00:10:00
- Thermodynamics potentials 00:15:00
- maxwell equations 00:15:00
- Phase transition 00:12:00
- clausius clapeyron equation 00:12:00
- Idea of ensmbles 00:12:00
- MB Statistics 00:12:00
- BE Statistics 00:15:00
- FD Statistics 00:10:00
- Partition function 00:15:00
- Heat engine and carnote cycle 00:15:00
- 2 nd law of thermodynamics 00:15:00
- Thermodynamic process 00:15:00
- laws of thermodynamics Part 1 00:15:00
- calorimetry 00:15:00
- gases law 00:15:00
- mean free path 00:15:00
- mixing of gases 00:10:00
- degree of freedom and specfic heat 00:15:00
- maxwell speed distribution 00:09:00
- Elements of kinetic theory of gases 00:15:00
OSCILLATION, WAVES AND OPTICS
71 Lessons
00:00:00 Hours
- Checkpoint 1 Solutions
- Checkpoint 2 Solutions
- Checkpoint 3 Solutions
- Checkpoint 4 Solutions
- Checkpoint 5 Solutions
- Checkpoint 6 Solutions
- Oscillation, Waves & Optics Checkpoint 2 Live
- Oscillation, Waves & Optics Checkpoint 5 Live
- Optics Live 2
- Optics: Polarization PYQ Live
- Interference of Light: Young’s Double Slit Experiment
- Diffraction
- Fraunhoffer Diffraction by a Single Slit
- Fraunhoffer Diffraction by a Double Slit
- Plane Diffraction Grating
- Polarization of Light Part 1
- Polarization of Light Part 2
- Fermat’s Principle
- Refraction at Spherical Surfaces
- Reflection at Spherical Surfaces
- Refraction Through Thin Lens
- Newton’s Formula & Magnification
- Thick Lens & Combination of Lenses
- Waves - Introduction & Progressive Waves
- Energy Density of the Plane progressive Wave
- Standing Waves
- Group Velocity and Phase Velocity
- Doppler Effect
- Introduction to SHM
- Equation of Motion
- Energy of SHM
- Mass-Spring System
- Simple Pendulum
- Compound Pendulum
- Superposition of Collinear SHM Part 1
- Superposition of Collinear SHM Part 2
- Superposition of two SHM’s acting at right angles to each other Part 1
- Superposition of two SHM’s acting at right angles to each other Part 2
- Lissajous Figures
- Damped Harmonic Oscillation Part 1
- Forced Oscillation
- Refraction Through Thin Lens 00:15:00
- Polarization of Light 00:12:00
- Thick Lens and Combination of Lenses 00:15:00
- Interference of Light: Young’s Double Slit Experiment 00:15:00
- Fraunhoffer Diffraction by a Single Slit 00:15:00
- Plane Diffraction Grating 00:15:00
- Resolving Power of a Grating 00:15:00
- Retardation Plates 00:15:00
- Waves - Introduction & Progressive Waves 00:15:00
- Standing Waves 00:15:00
- Fermat’s Principle 00:15:00
- Newton's formula & Magnification 00:15:00
- Malus Law 00:15:00
- The Phenomenon of Double Refraction 00:15:00
- Fraunhoffer Diffraction by a Double Slit 00:15:00
- Refraction at Spherical Surfaces 00:15:00
- Doppler Effect Quiz 00:15:00
- Group Velocity and Phase velocity 00:15:00
- Transverse Waves 00:15:00
- Longitudinal Waves (or Sound Wave) 00:15:00
- Forced Oscillation Part 1 00:15:00
- Damped Harmonic Oscillation Part 1 00:15:00
- Lissajous Figures 00:15:00
- Compound Pendulum 00:15:00
- Superposition of two SHM’s acting at right angles to each other Part 1 00:15:00
- Superposition of Collinear SHM Part 1 00:15:00
- Simple Pendulum 00:15:00
- Equation of Motion 00:15:00
- Mass-Spring System 00:15:00
- Energy of SHM 00:15:00
MECHANICS
92 Lessons
00:00:00 Hours
- Checkpoint 1 Solutions
- Checkpoint 2 Solutions
- Checkpoint 3 Solutions
- Checkpoint 4 Solutions
- Checkpoint 5 Solutions
- Checkpoint 1 Live
- Checkpoint 3 Live
- Checkpoint 4 Live
- Checkpoint 5 Live + Doubt Clearance Session
- PYQ Discussion Live 1
- PYQ Discussion Live 2
- Fluids Introduction
- Variation of Pressure with Height
- Pascal’s Law
- Archimedes’ Principle
- Equation of Continuity
- Bernoulli’s Theorem
- System of Particles
- Center of Mass Concept
- Equation of Motion of the CM
- CM of Continuous Mass Distribution
- Moments of Inertia and Products of Inertia
- Parallel Axes Theorem
- Perpendicular Axes Theorem
- Moment of Inertia of a Solid Sphere
- Moment of Inertia of a Uniform Rod
- Moment of Inertia of a Rectangular Lamina
- Moment of Inertia of a Circular Lamina or Disc
- Rigid Body Motion
- Torque and Angular Momentum
- Elastic Collisions
- Inelastic Collisions
- Perfectly Inelastic Collisions
- Motion Under Central Force
- Differential Equation of Orbit
- Gravitation Force and Orbit Equation
- Circular Orbit
- Elliptical Orbit
- Total Energy of the System
- Two Body Problem
- Newton's Laws of Motion
- Contact Force
- Friction
- Tension
- Introduction to Different Coordinate System
- Velocity and Acceleration in Cartesian Coordinate System
- Velocity and Acceleration in Polar Coordinate System
- Velocity and Acceleration in Cylindrical Coordinate System
- Frame of Referance
- Centripetal Force
- Centrifugal Force
- Coriolis Force
- CM of Continous Mass Distribution 00:15:00
- Bernoulli’s Theorem 00:15:00
- 28. Moments of Inertia and Products of Inertia 00:15:00
- 29. Parallel Axes Theorem 00:15:00
- 30. Perpendicular Axes Theorem 00:15:00
- 31. Moment of Inertia of a Solid Sphere 00:15:00
- 32. Moment of Inertia of a Uniform Rod 00:15:00
- 33. Moment of Inertia of a Rectangular Lamina 00:15:00
- Moment of Inertia of a Circular Lamina or Disc 00:15:00
- Rigid Body Motion 00:15:00
- Torque and Angular Momentum 00:15:00
- Conservation of Kinetic Energy and Momentum 00:15:00
- Elastic Collisions 00:15:00
- Inelastic Collisions 00:15:00
- Perfectly Inelastic Collisions 00:15:00
- Variation of Pressure with Height 00:15:00
- Pascal’s Law 00:15:00
- Archimedes’ Principle 00:15:00
- Equation of Continuity 00:15:00
- Euler’s Equation 00:15:00
- 12. Coriolis Force 00:15:00
- 1.Newton's Laws of Motion Quiz 00:15:00
- 2.Contact Force Quiz 00:15:00
- 3.Friction 00:15:00
- 4. Tension 00:15:00
- Velocity and Acceleration in Cartesian Coordinate System 00:15:00
- Velocity and Acceleration in Polar Coordinate System 00:15:00
- 8.Velocity and Acceleration in Cylindrical Coordinate System 00:15:00
- 10. Centripetal Force 00:15:00
- 11.Centrifugal Force 00:15:00
- 26. Equation of Motion of the CM 00:15:00
- Motion Under Central Force 00:15:00
- Differential Equation of Orbit 00:15:00
- 16. Gravitation Force and Orbit Equation 00:15:00
- 18. Elliptical Orbit 00:15:00
- 19. Total Energy of the System 00:15:00
- 21. Keplers Problems 00:15:00
- 22. Conservatice and Non-conservatice Forces 00:15:00
- 23. Stable and Unstable Equilibrium 00:15:00
- 25. Center of Mass Concept 00:15:00
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