AS Physics Preview
Kirchhoff’s Laws | D.C. Circuits08:40
Electric Current | Current Electricity08:37
Atom’s Composition | Particle and Nuclear Physics07:34
Introduction to Springs | Deformation of Solids07:39
Introduction to Superposition of Waves | Superposition07:42
Introduction To Waves | Waves08:20
Newton’s First Law | Dynamics05:02
Distance vs Displacement | Kinematics26:16
Turning Effect of a Force | Forces, Density and Pressure11:23
Physical Quantities and SI units | Physical Quantities and Units08:23
AS Level/ Form 5 Physics
Physical Quantities and Units: Introduction47:51
AS 6-3 | Energy: Work Done by Expanding Gas11:09
AS 6-4 | Energy: Kinetic Potential Energy09:59
AS 6-5 | Energy: Power08:18
AS 6-2 | Energy: On Energy08:54
AS 6-1 | Energy: Work07:18
AS 5-2 | Forces: Turning Effect of Forces14:30
AS 5-1 | Forces: Types of Forces12:06
AS 3-5 | Kinematics: Acceleration Perpendicular to Velocity13:59
AS 3-2 | Kinematics: Graphs09:21
AS 3-1 | Kinematics: Introduction11:37
AS 2-2 | Measurement Techniques: Combining Uncertainties12:03
AS 2-1 | Measurement Techniques: Calibration Error and Uncertainties13:18
AS 4-2 | Dynamics: Conservation of Momentum18:44
AS 4-1 | Dynamics: Momentum and Laws of Motion17:28
AS 3-4 | Kinematics: Free Fall18:26
AS 3-3 | Kinematics: Equations of Motion21:02
AS 7-2 | Deformation of Solids: Deformation Types and Strain Energy13:58
AS 7-1 | Deformation of Solids: Stress, Strain and Young’s Modulus12:53
AS 5-3 | Forces: Density and Pressure17:13
AS 20-1 | DC Circuits: Internal Resistance and Power05:50
AS 20-2 | DC Circuits: Kirchhoff’s Laws14:36
AS 26-1 | Particle and Nuclear Physics: Atomic Structure and Radioactivity24:50
AS 26-2 | Particle and Nuclear Physics: Gamma Radiation and Measuring Radiation15:36
AS 26-3 | Particle and Nuclear Physics: Probing Matter07:58
Full Projectile Motion Example Question | Kinematics23:38
A2 Physics | Form 6
A2 3-1 | Ideal Gases: Avogadro’s Constant06:43
A2 3-2 | Ideal Gases: Ideal Gas Law14:21
A2 3-3 | Ideal Gases: Kinetic Theory16:20
A2 3-4 | Ideal Gases: Energy of a Molecule08:02
A2 4-1 | Temperature: Thermal Equilibrium and Scales15:09
A2 4-2 | Temperature: Thermometers13:23
A2 5-1 | Thermal Properties: Kinetic Model of Matter15:20
A2 5-2 | Thermal Properties: Heat Capacity13:06
A2 5-3 | Thermal Properties: Latent Heat13:06
A2 5-4 | Thermal Properties: Laws of Thermodynamics11:10
A2 1-1 | Circular Motion: Circular Motion and Angular Velocity11:27
A2 1-2 | Circular Motion: Centripetal Acceleration Force12:16
A2 2-3 | Gravitation: Gravitational Potential10:08
A2 2-2 | Gravitation: Gravitational Field Strength16:54
A2 2-1 | Gravitation: Gravitational Field Force12:46
A2 20-3 | DC Circuits: Potentiometer20:35
A2 21-1 | Electronics: The Ideal Operational Amplifier15:08
A2 21-2 | Electronics: Operational Amplifier Circuits12:00
A2 21-4 | Electronics: Output Devices08:00
A2 21-3 | Electronics: Inverting and Non-inverting Operational Amplifiers10:11
A2 22-1 | Magnetic Fields: Introduction09:37
A2 Physics | Form 6 Cnt’d
A2 22-2 | Magnetic Fields: Field Currents22:39
A2 22-3 | Magnetic Fields: Forces and Flux20:19
A2 22-4 | Magnetic Fields: Magnetic Force on A moving Charge12:34
A2 22-5 | Magnetic Fields: Velocity Selection and the Hall Effect15:15
A2 22-6 | Magnetic Fields: Magnetic Resonance Imaging MRI08:04
A2 22-7 | Magnetic Fields: Bonus, Gravity vs. Magnetic vs. Electric04:14
A2 23-1 | Electromagnetic Induction: Introduction12:41
A2 23-2 | Electromagnetic Induction: Induction Laws13:09
A2 24-3 | Alternating Current: Characteristics of Alternating Current09:37
A2 24-4 | Alternating Current: Transformers14:06
A2 24-5 | Alternating Current: Rectification09:12
A2 25-1 | Quantum Physics: Photoelectric Emission17:39
A2 25-2 | Quantum Physics: Quantum Theory and Wave Particle Duality21:33
A2 25-3 | Quantum Physics: Energy Levels in Atoms and Line Spectra18:10
A2 25-4 | Quantum Physics: Band Theory13:31
A2 25-5 | Quantum Physics: Production and Uses of X-Rays12:52
A2 25-6 | Quantum Physics: X-Ray Imaging and Attenuation15:51
A2 25-7 | Quantum Physics: CT Scanning12:02
A2 26-5 | Particle and Nuclear Physics: Mass Defect and Nuclear Binding Energy13:48
A2 26-6 | Particle and Nuclear Physics: Fission and Fusion09:14
A2 26-7 | Particle and Nuclear Physics: Activity and Half Life20:37
Kinetic & Potential Energy | Work, Energy and Power
