Systems of Units

Young's Double Slit Concept

Diffraction

A levels Introduction

Mass Defect and Binding energy

1.1 Physical Quantities

1.2 Systems of Units

1.3 Errors and Uncertainties

2.1 Displacment and Velocity

2.2 Acceleration and Velocity-Time Graph

2.3 Equations & Laws of Motion

2.4 Momentum

2.5 Projectile Motion Part I

2.6 Projectile motion Part II

2.7 Torque and Equilibrium

2.8 Motion and Force-MCQ Discussion Part I

2.9 Motion and Force-MCQ Discussion Part II

3.0 Elastic and In-elastic collisions

3.1 Work

3.2 Power and Energy

3.3 Work, Power and Energy-MCQ Discussion

4.1 Angular Displacement

4.2 Angular Velocity and Angular Acceleration

4.3 Centripetal Force and Geostationary Satellites

5.1 Simple Harmonic Motion

5.2 Properties of SHM and Circular Motion

5.3 Phase and Mass Spring System

5.4 Combination of Springs and Simple Pendulum

5.5 Conservation of Energy

5.6 Oscillations-MCQ Discussion

5.7 Oscillations & Resonance

6.1 Waves and Relation between Phase & Path difference

6.2 Electromagnetic Spectrum

6.3 Reflection of Waves , Speed of Sound & Factors Affecting Speed of Sound (Optional Topic)

6.4 Stationary Waves in a Stretched string

6.5 Stationary Waves in an Organ Pipe

6.6 Doppler's Effect and Its Uses

6.7 Applications and Waves-MCQ Discussion

6.8 Waves-MCQ Discussion

7.1 Interference of Light Waves

7.2 Young´s Double Slit Experiment (Part I)

7.3 Young´s double slit experiment (Part II)

7.4 Diffraction

7.5 Optical Fibers (Optional Topic)

8.1 Kinetic Theory of Gasses, Pressure & Temperature

8.2 Internal Energy

8.3 Specific Heat Capacity

8.4 Heat and Thermodynamics-MCQ Discussion

8.5 Heat and Thermodynamics-MCQ Discussion

9.1 Coulomb's Law

9.2 Electric Intensity and Electric Potential

9.3 Capacitor and Capacitance

9.4 Energy Stored in Capacitor

9.5 Series And Parallel Capacitance Part I

9.6 Series And Parallel Capacitance Part II

9.7 Electrostatics-MCQ Discussion

9.8 Electrostatics-MCQ Discussion

10.1 Current and Its Effects

10.2 Ohms Law and Power Dissipation in Resistors

10.3 Kirchhoff's Rules, Potential Difference and emf

10.4 Series and Parallel Resistance - MCQ Discussion I

10.5 Series and Parallel Resistance - MCQ Discussion II

11.1 Magnetic Field Properties

11.2 Force on a conductor and Field due to Solenoid

11.3 Force on a Moving Charge and Charge to Mass Ratio

11.4 Electromagnetism-MCQ Discussion I

11.5 Electromagnetism-MCQ Discussion II

12.1 Magnetic Flux, Faraday's Law & Lenz's Law

12.2 Induced EMF

12.3 AC Current

12.4 Transformer and Its Uses

13.1 Tensile Stress, Strain and Young’s Modulus

13.2 Hooks Law

13.3 Energy Stored in Deformed Material

14.1 PN Junction (Optional Topic)

14.2 Half and Full Wave Rectification

14.3 Operational Amplifier and Its Characteristics

15.1 Energy of Photon

15.2 Photoelectric Effect

15.3 Debroglie Wavelength

15.4 Energy Levels of Hydrogen Atom & Spectral Lines

15.5 X-Rays Part-I

15.6 X-Rays Part-II

15.7 Energy Band Theory

16.1 Nucleus, Nucleon Number and Charge Number

16.2 Radioactivity & Emission of Radiation

16.3 Radio Activity Part II

16.4 Half Life

16.5 Mass Defect

16.6 Fission and Fusion

16.7 Subatomic Particles

17.01 FLP 2008 Part I

17.02 FLP 2008 Part II

17.03 FLP 2008 Part III

17.04 FLP 2008 Part IV

17.05 FLP 2009 Part I

17.06 FLP 2009 Part II

17.07 FLP 2009 Part III

17.08 FLP 2010 Part I

17.09 FLP 2010 Part II

17.10 FLP 2010 Part III

17.11 FLP 2016 Part I

17.12 FLP 2016 Part II

17.13 FLP 2017 Part I

17.14 FLP 2017 Part II

17.15 LP 2017 Part III

18.1 Potentiometer

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