Videos · Physics · StudyDeck

1. Motion, Forces & Energy

1.1 Physical Quantities & Measurement Techniques3

1.1.1 CIE IGCSE Measuring Length & Volume13 MB

1.1.2 CIE IGCSE Understanding Scalar & Vector Quantities14 MB

1.1.3 CIE IGCSE Drawing Vector Diagrams15 MB

1.2 Motion5

1.2.1 Speed and velocity9.6 MB

1.2.2 CIE IGCSE Acceleration13 MB

1.2.3CIE IGCSE Interpreting Distance-Time Graphs13 MB

1.2.4 CIE IGCSE Interpreting Speed-TIme Graphs15 MB

1.2.6 CIE IGCSE The Motion of Falling Objects14 MB

1.3 Mass & Weight1

1.3.1 CIE IGCSE Mass and Weight14 MB

1.4 Density2

1.3.2 CIE IGCSE Calculating Density10 MB

1.3.3 CIE IGCSE Measuring Density of Different Objects11 MB

1.5 Forces9

1.2.6 EDX IGCSE Stopping Distance15 MB

1.3.3 AQA GCSE Newton's Third Law14 MB

1.4.2 CIE IGCSE Newton's First Law of Motion14 MB

1.4.3 CIE IGCSE Newton's Second Law of Motion12 MB

1.4.5 CIE IGCSE Hooke's Law Force & Extension Practical16 MB

1.4.6 CIE IGCSE Circular Motion13 MB

1.5.1 CIE IGCSE The Principle of Moments15 MB

1.5.2 CIE IGCSE Moments in Equilibrium Practical10 MB

1.5.4 CIE IGCSE Stability11 MB

1.6 Momentum2

1.6.1 The CIE IGCSE Conservation of Momentum14 MB

1.6.2 CIE IGCSE The Impulse of Collisions14 MB

1.7 Energy, Work & Power9

1.7.1 CIE IGCSE Energy Stores17 MB

1.7.1 CIE IGCSE Energy Transfer Pathways11 MB

1.7.2 CIE IGCSE Kinetic Energy12 MB

1.7.3 CIE IGCSE Gravitational Potential Energy17 MB

1.7.4 CIE IGCSE Conservation of Energy15 MB

1.7.5 CIE IGCSE Work Done11 MB

1.7.6 CIE IGCSE Power13 MB

1.8.2 CIE IGCSE Energy from Fuels15 MB

1.8.3 CIE IGCSE Energy from Water16 MB

1.8 Pressure2

1.9.1 CIE IGCSE Pressure Between Solids13 MB

1.9.2 CIE IGCSE Pressure in Liquids13 MB

2. Thermal Physics

2.1 Kinetic Particle Model of Matter3

2.1.2 CIE IGCSE Particle Movement & Arrangement11 MB

2.1.5 CIE IGCSE Boyle's Law13 MB

2.1.5 CIE IGCSE The Gas Laws.mp49.2 MB

2.2 Thermal Properties & Temperature1

2.2.4 CIE IGCSE Changes of State14 MB

2.3 Transfer of Thermal Energy2

2.3.2 CIE IGCSE Thermal Conduction7.1 MB

2.3.3 CIE IGCSE Convection6.7 MB

3. Waves

3.1 General Properties of Waves3

3.1.1 CIE IGCSE Features of Waves18 MB

3.1.2 CIE IGCSE The Wave Equation.mp412 MB

3.1.3 CIE IGCSE Transverse & Longitudinal Waves19 MB

3.2 Light6

3.2.1 CIE IGCSE Reflection12 MB

3.2.3 CIE IGCSE Refraction13 MB

3.2.4 CIE IGCSE Snell's Law15 MB

3.2.5 CIE IGCSE Total Internal Reflection15 MB

3.2.6 CIE IGCSE Thin Lenses11 MB

3.2.7 CIE IGCSE Real & Virtual Images17 MB

3.3 Electromagnetic Spectrum2

3.3.2 CIE IGCSE Uses of Radiation15 MB

3.3.3 CIE IGCSE Dangers of Electromagnetic Radiation13 MB

3.4 Sound4

3.3.2 EDX IGCSE Sound & Oscilloscopes12 MB

3.4.2 CIE IGCSE Investigating the Speed of Sound19 MB

3.4.3 CIE IGCSE Effects of Sound16 MB

3.4.4 CIE IGCSE Ultrasound8.8 MB

4. Electricity & Magnetism

4.1 Simple Magnetism & Magnetic Fields2

4.1.1 CIE IGCSE Magnetism15 MB

4.1.2 CIE IGCSE Induced Magnetism8.4 MB

4.2 Electrical Quantities4

4.2.1 CIE IGCSE Electric Charge9.2 MB

4.2.2 CIE IGCSE Demonstrating Electrostatic Charges14 MB

4.2.3 CIE IGCSE Electric Fields7.5 MB

4.2.7 CIE IGCSE Resistance8.9 MB

4.5 Electromagnetic Effects1

4.4.2 CIE IGCSE Factors Affecting EM Induction15 MB

4.6 Uses of an Oscilloscope1

3.3.2 EDX IGCSE Sound & Oscilloscopes12 MB

5. Nuclear Physics

5.1 The Nuclear Model of the Atom3

5.1.1 CIE IGCSE Atomic Structure7.4 MB

5.1.2 CIE IGCSE Atomic and Mass Numbers11 MB

5.1.2 CIE IGCSE Isotopes9.8 MB

5.2 Radioactivity4

5.2.2 CIE IGCSE Types of Radiation13 MB

5.2.4 CIE IGCSE Decay Equations13 MB

5.2.5 CIE IGCSE Half-Life14 MB

5.2.6 CIE IGCSE Uses of Radiation15 MB

6. Space Physics

6.1 Earth & The Solar System2

6.1.3 CIE IGCSE The Solar System20 MB

6.1.4 CIE IGCSE Light Speed Calculations13 MB

6.2 Stars & The Universe5

6.2.1 CIE IGCSE Nuclear Fusion in Stars21 MB

6.2.2 CIE IGCSE Astronomical Distances12 MB

6.2.2 CIE IGCSE The Formation of Stars14 MB

6.2.2 CIE IGCSE The Life Cycle of High Mass Stars21 MB

6.2.2 CIE IGCSE The Life Cycle of Low Mass Stars19 MB