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Introduction >Introduction to 9702 A2 Cambridge Course
Course content
9702 Physics Alevel Full Video Course
12.1 Kinematics of uniform circular motion Free47 m 39 s
Notes: Kinematics of Uniform Circular Motion Free10 m- 12.2 Centripetal acceleration Part 1 Free48 m 14 s
- Notes: Centripetal Acceleration Part 1 Free15 m
- 12.2 Centripetal acceleration part 2 Free37 m 55 s
- Notes: Centripetal Acceleration Part 2 Free15 m
- Gravitational Fields13 m 55 s
- Notes: Gravitational Fields10 m
- Gravitational Force and Field Strength52 m 5 s
- Notes: Gravitational Force and Field Strength20 m
- Gravitational Potential46 m 50 s
- Notes: Gravitational Potential20 m
- Null Point & Geo Stationary Satellites50 m 42 s
- Notes: Null Point & Geo Stationary Satellites
- Kepler's Laws, Energy & Binary Stars46 m 16 s
- Notes: Kepler's Laws, Energy & Binary Stars30 m
- Simple Harmonic Motion55 m 17 s
- Notes: Simple Harmonic Motion20 m
- Graphs of Acceleration & Velocity with displacement46 m 54 s
- Notes: Graphs of Acceleration & Velocity with Displacement20 m
- Energy in Simple Harmonic Motion41 m 39 s
- Notes: Energy in Simple Harmonic Motion20 m
- Resonance and Damping50 m 43 s
- Notes: Resonance and Damping20 m
- Melting, Boiling & Evaporation30 m 57 s
- Notes: Melting, Boiling & Evaporation15 m
- Specific Heat Capacity & Specific Latent Heat45 m 17 s
- Notes: Specific Heat Capacity & Specific Latent Heat20 m
- Experiments to Determine Specific Heat Capacity42 m 57 s
- Notes: Experiments to Determine Specific Heat Capacity20 m
- Experiments to Determine Specific Latent Heat41 m 13 s
- Notes: Experiments to Determine Specific Latent Heat20 m
- First Law of Thermodynamics & Gas Laws42 m 58 s
- Notes: First Law of Thermodynamics & Gas Laws20 m
- Application of First Law of Thermodynamics Part 151 m 7 s
- Notes: Application of First Law of Thermodynamics Part 120 m
- Application of First Law of Thermodynamics Part 223 m 57 s
- Notes: Applications of First Law of Thermodynamics Part 210 m
- Uniform Electric Field45 m 15 s
- Notes: Uniform Electric Field20 m
- Columb's Law and Electric Potential44 m 42 s
- Notes: Columb's Law and Electric Potential20 m
- Electric Field Strength Graphs42 m 56 s
- Notes: Electric Field Strength Graphs20 m
- Change in Electric Potential & Distance of Closest Approach47 m 39 s
- Notes: Change in Electric Potential & Distance of Closest Approach20 m
- Distance of Closest Approach Continued23 m 21 s
- Notes: Distance of Closest Approach Continued15 m
- Capacitors and Capacitance22 m 34 s
- Notes: Capacitors and Capacitance15 m
- Charging and Discharging a Capacitor31 m 56 s
- Notes: Charging and Discharging a Capacitor20 m
- Concept of Time Constant14 m 9 s
- Energy Stored in a Capacitor15 m 20 s
- Notes: Energy Stored in a Capacitor20 m
- Capacitors in Series and Parallel54 m 46 s
- Notes: Capacitors in Series and Parallel20 m
- Safe Operating Voltage in Capacitors47 m 11 s
- Notes: Safe Operating Voltage in Capacitors20 m
- Discharge Equation of a Capacitors55 m 59 s
- Notes: Discharge Equation of a Capacitor20 m
- Introduction to Magnetic Fields42 m 45 s
- Notes: Introduction to Magnetic Fields20 m
- Maxwell's Right Hand Grip Rule16 m 7 s
- Notes: Maxwell's Right Hand Grip Rule10 m
- Flemings Left Hand Rule42 m 34 s
- Notes: Flemings Left Hand Rule20 m
- Concept of F=BIL & F = Bqv46 m 21 s
- Notes: Concept of F=BIL & F=Bqv20 m
- Force on Current Carrying Conductor and Moving Charge47 m 43 s
- Notes: Force on Curren Carrying Conductor and Moving Charge20 m
- Hall Probe45 m 16 s
- Notes: Hall Probe20 m
- Selected Velocity & Charge to Mass Ratio34 m 13 s
- Notes: Selected Velocity & Charge to Mass Ratio20 m
- The Photoelectric Effect44 m 42 s
- Notes: The Photoelectric Effect20 m
- Einstein's Equation, Stopping Voltage & De Broglie's Wavelength46 m 15 s
- Notes: Einstein's Equation, Stopping Voltage & De Broglie's Wavelength20 m
- Niel Bohr Atomic Model49 m 21 s
- Notes: Niel Bohr Atomic Model20 m
- Types of Spectra39 m 25 s
- Notes: Types of Spectra20 m
- X-Rays & Production of X-Rays Lecture 145 m 32 s
- Notes: X-Rays & Production of X-Rays Lecture 120 m
- X-Rays & Production of X-Rays Lecture 251 m 28 s
- Notes: X-Rays & Production of X-Rays Lecture 220 m
- CT Scan37 m 25 s
- Notes: CT Scan20 m
- Ultrasound Lecture 147 m 36 s
- Notes: Ultrasound Lecture 120 m
- Ultrasound Lecture 249 m 31 s
- Notes: Ultrasound Lecture 220 m
- Positron Emission Tomography (PET) Lecture 137 m 34 s
- Notes: Positron Emission Tomography (PET) Lecture 120 m
- Positron Emission Tomography (PET) Lecture 232 m 36 s
- Notes: Positron Emission Tomography (PET) Lecture 220 m
- Finding Distance and Radius of Stars40 m 50 s
- Notes: Finding Distance and Radius of Stars20 m
- Stellar Properties47 m 30 s
- Notes: Stellar Properties20 m
- Spectra & Red Shift34 m 37 s
- Notes: Spectra & Red Shift20 m
- Hubble's Law , Big Bang Theory & Age of Universe25 m 5 s
- Notes: Hubble's Law , Big Bang Theory & Age of Universe20 m