Modules
Module 1 - Units - Dimensions and Errors
2
Uses of Dimensional Analysis
Module 2 - Vectors
1
Importance of Maths in Physics
2
Visualisation of Triangle Law
3
Polygon Law of Vector Addition
4
Components and Resolution of Vector
Module 3 - Mathematical Tools
Module 4 - Motion in a Straight Line
Module 5 - Motion in a Plane
1
Introduction to 2D Motion
3
Projectile Motion on an Inclined Plane
Module 6 - Newton’s Laws of Motion
3
Concept of System and FBD
5
Constraint Relations Part 1
6
Constraint Relations Part 2
Module 7 - Friction
1
Understanding of Friction
Module 8 - Work - Power and Energy
2
Conservative Forces and Potential Energy
4
Law of Conservation of Mechanical Energy
Module 9 - Linear Momentum Conservation and Collisions
1
Principle of conservation of linear momentum
2
Master 1 D Collision in 15 mins only
Module 10 - Centre of Mass
1
COM for System of Particle
2
COM for Rigid Bodies Part 1
3
COM for Rigid Bodies Part 2
Module 11 - Circular Motion
1
Kinematics of Circular Motion
2
Dynamics of Circular Motion
5
Horizontal Circular Motion
Module 12 - Rotational Mechanics
1
Torque and its Calculation
3
Angular Momentum Conservation
6
Rolling on an Inclined Plane
Module 13 - Gravitation
1
Origin of Gravitation Law
4
Variation in the value of ‘g’
8
Gravitational Field due to a Point Mass
9
Potential due to a point Mass
10
Field and due to a Sphere and Shell
11
Field and Potential due to a Ring
12
Field and Potential due to a Disc
Module 14 - Fluid Mechanics
1
Misconceptions (very imp)
8
Reynold’s Number and Critical Velocity
10
Viscous Force and Stoke’s Law
Module 15 - Mechanical Properties of Solids
4
Spring Constant of a String
5
Series and Parallel Combination of Strings
Module 16 - Simple Harmonic Motion
3
Displacement, Velocity, Acceleration in SHM
4
Kinetic, Potential, Total Energies in SHM
6
Series and Parallel Combination of Springs
Module 17 - Waves
3
Equation of a Traveling Wave
4
Pressure Wave Vs Displacement Wave Equations
6
Calculation of Loudness (in db)
7
Interference and Superposition
8
Constructive and Destructive Interference
9
Reflections and Transmission of Waves
10
Energy Density and Power Transmitted by a Wave
13
Stationary Wave on a Stretched Wire (Sonometer)
14
Organ Pipes – Closed and Open
Module 18 - Thermal Properties of Matter
1
Celsius, Fahrenheit and Kelvin Scales
Module 19 - Thermodynamics
1
Zeroth and First Law of Thermodynamics
2
First Law of Thermodynamics
4
Second Law of Thermodynamics
Module 20 - Specific Heat and KTG
1
Different types of Specific Heat Capacities
2
Kinetic Energy of Gas Molecules
3
Velocities of Gas Molecules
4
Law of Equipartition of Energy
Module 21 - Electric Field and Potential
2
Electric Field Due to a Point Charge
5
Field Due to a Line Charge
8
Electric Potential Energy
10
Relation between Field and Potential
13
Conducting Sphere or Shell
15
Field due to Ring of Charge
16
Field due to Disc of Charge
Module 22 - Capacitors
5
Energy Stored in Capacitor
6
Energy Loss Capacitor to Battery Connections
7
Capacitor to Capacitor Connections
8
Series and Parallel Combination
9
Simplifying Complicated Circuits
11
Introduction of Dielectrics
12
Combination of Dielectrics
Module 23 - Current Electricity
3
Resistance and Resistivity
4
Series and Parallel Combination
6
Simplifying Complicated Circuits
7
Series and Parallel Combo of Batteries
10
Thermal Effects of Current
12
Discharging of RC Circuits
Module 24 - Magnetic Effects of Current and Moving Charges
3
Magnetic Field Due to Current Carrying Wire
4
Magnetic Field Due to Coil
5
Magnetic Field Due to an Arc
7
Magnetic Force on a moving Charge
8
Magnetic Force on a Current Carrying Conductor
9
Magnetic Force Between two parallel current carrying conductors
10
Magnetic Force between two moving charges
13
Current Carrying Loop as a Dipole
Module 25 - Magnetism and Matter
3
Coulomb’s Law for Magnetism
4
Field due to Magnetic Dipole or Bar Magnet
5
Bar Magnet in a Uniform Magnetic Field
6
Elements of Earth’s Magnetism
Module 26 - Magnetic Induction and Magnetic Materials
2
Dia, Para and Ferromagnetic substances
4
Atomic Model of Magnetism
Module 27 - EMI
3
General form of Motional EMF
4
Fleming’s Right Hand Thumb Rule
8
Mutual Inductance of two Coils
9
Mutual Inductance of two Solenoids
11
Combination of Mutual Inductances
Module 28 - Alternating Current
7
Inductor as Low Pass Filter
9
Parallel Circuit (Rejector Circuit)
Module 29 - Electromagnetic Waves
1
Displacement Current and Maxwell Equations
2
Physics Quantities associated with EM Waves
Module 30 - Wave Optics
3
Superposition and Interference of Waves
4
Constructive and Destructive Interference
6
Diffraction due to Single Slit
8
Polarisation of Light (Malus’s Law)
9
Polarisation of Transverse mechanical waves
Module 31 - Ray Optics
1
Reflection by a Plane Mirror
4
Magnification due to Reflection
7
Refraction at a Plane Surface
8
Refraction through a Glass Slab
9
Refraction at Spherical Surfaces
11
Lens Maker’s Formula and Lens Formula
16
Combination of Lens and Mirrors
26
Resolving Power of Microscope and Telescope
Module 32 - Dual Nature of Radiation and Matter
1
Master Photoelectric Emission in 15 mins
3
Matter Waves DeBroglie Equation
4
Davission and Germer Experiment
Module 33 - Atoms
1
Thomson and Rutherford’s Atomic Models
3
Bohr’s Atomic Model and Calculations
Module 34 - Nuclei
1
Isotopes, Isobars and Isotones
2
Nuclear Forces and Binding Energy
Module 35 - Semiconductors
5
Analog and digital Circuits
