Course Content
Vectors
-
-
Resolution of Vector
-
Resultant of Vector
-
Scalar Product
-
Vector Product
Force & Motion
-
Distance & Displacement
-
Speed, Velocity & Acceleration Part-1
-
Speed, Velocity & Acceleration Part-2
-
Average Speed & Velocity
-
Relative Speed & Velocity
-
Motion Graphs
-
Motion Under Gravity & Free Fall Part-1
-
Motion Under Gravity & Free Fall Part-2
-
Kinematic equation
-
Newton’s Laws + Force & Inertia Part-1
-
Newton’s Laws + Force & Inertia Part-2
-
Collision & Conservation of Momentum
-
Projectile Motion Part-1
-
Projectile Motion Part-2
-
Projectile Motion Part-3
Work & Energy
-
Work & Energy Part-1
-
Work & Energy Part-2
-
Power
-
Frictional Work
-
Work Energy Theorem
-
Kinetic & Potential Energy Part-1
-
Kinetic & Potential Energy Part-2
-
Gravitational PE & Absolute PE
-
Conservative Vs Non Conservative Field
-
Energy Losses & Efficiency
Circular Motion
-
Angular Displacement
-
Angular Velocity
-
Angular Acceleration
-
Relation Between linear & Angular Quantities
-
Uniform Vs Non Uniform Circular Motion Part-1
-
Uniform Vs Non Uniform Circular Motion Part-2
-
Centripetal Force & Acceleration
Fluid Dynamics
-
Fluid Flow
-
Viscosity
-
Drag Force, Stokes Law & Terminal Velocity
-
Equation of Continuity
-
Bernoulli’s Principle & its Applications
SHM ( Oscillation)
-
Oscillation Basics
-
Terminologies of SHM
-
Displacement, Velocity & Acceleration in SHM
-
Characteristics of SHM
-
Hooke’s Law, Vertical Spring & Horizontal Spring
-
Energy Conservation in SHM
-
Circular Motion and SHM
-
Simple Pendulum
Waves
-
Waves Intro & Basic Terminologies
-
Interference of Wave
-
Superposition Principle
-
Path and Phase Difference
-
Speed of Sound & Factor Effecting Speed of sound
-
Wave Speed wavelength relation
-
Wave Motion and Progressive Waves
-
Wave Types Longitudinal and Transverse
-
Wave Types Mechanical and EM
-
Resultant Amplitude and Intensity
-
Beats
-
Stationary Waves Basics
-
Nodes and Antinodes
-
Standing Waves in Strings
-
Organ Pipes Open and Closed
-
Dopplers Effect
Thermodynamics
-
Heat & Temperature Part-1
-
Heat & Temperature Part-2
-
First Law of Thermodynamics
-
Internal Energy
-
Work Done in Thermodynamic
-
Isothermal Adiabatic Isochoric Isobaric Part-1
-
Isothermal Adiabatic Isochoric Isobaric Part-2
-
Specific Heat & Molar Specific Heat
-
Cp & Cv Relation
Electrostatics
-
Electric Charge & Coulomb Law Part-1
-
Electric Charge & Coulomb Law Part-2
-
Electric Charge & Coulomb Law Part-3
-
Electric Field Basic & Field Strength ( Part-1)
-
Electric Field Basic & Field Strength ( Part-2)
-
Electric Flux
-
Capacitance & Energy Stored in Capacitor Part-1
-
Capacitance & Energy Stored in Capacitor Part-2
-
Electric Potential & Potential of a Point Charge
-
Potential Energy of System of Charges
-
Equipotential Surface
-
Dielectric Effect on Capacitors
-
Electrostatics of Conductors
-
Charging and Discharging of Capacitors
Current Electricity
-
Basics & Steady Current Charge Flow Part-1
-
Basics & Steady Current Charge Flow Part-2
-
Current Density and Drift Velocity
-
Ohms Law
-
Resistance and Resistivity Part-1
-
Resistance and Resistivity Part-2
-
Commercial Unit of Energy and Cost
-
Wire Stretching & Compression
-
Temperature Coefficient of Resistance
-
Conductance and Conductivity
-
Internal Resistance EMF and Terminal Voltage
-
Potential Difference Between Two Points
-
Series & Parallel Combination of resistors
Electro-Magnetism
-
Introduction to Magnetism
-
Magnetic Field and Field Direction Rules
-
Magnetic Flux and Flux Density Part-1
-
Magnetic Flux and Flux Density Part-2
-
Force on Current Carrying Conductor & Flemings Left Hand Rule
-
Magnetic Field of Solenoid
-
Force on Moving Charge
-
Circular and Helical Motion in Magnetic Field
EM Induction
-
Electromagnetic Induction Introduction
-
Faradays Law and Motional EMF Part-1
-
Faradays Law and Motional EMF Part-2
-
Lenzs Law and Conservation of Energy
-
Self & Mutual Inductance
-
Energy Stored in Inductor
-
Transformer Construction and Working
-
Step Up and Step Down Transformers
-
Transformer Losses and Efficiency
Alternating Current
-
Average & RMS Values of AC
-
AC Through Resistor
-
AC Through Inductor
-
AC Through Capacitor
-
Electromagnetic Wave