This list will be added to constantly, so it’s worth checking back periodically or subscribing to my YouTube Channel for updates. You can also ask me if you have a particular video you want me to make.
Recorded tuition sessions by series
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Tuition sessions and videos sorted by topic
The earlier tutorials tended to have more than one topic in each session. Those marked with a star are A-Level only. This list was last updated on 7th April 2021.
Forces and motion
‣Force and acceleration (S03E02, Prac)
‣Momentum (S03E01)
‣Newton’s Laws of Motion (S03E01, S01E09, Song)
‣Equations of motion (S03E05)
‣*Deriving the equations of motion from first principles (Vid)
‣Motion graphs (S03E04, S01E11)
‣Measuring acceleration with a ticker tape timer (S01E05)
‣Freefall (Prac)
‣Adding vectors (S03E03, S01E04)
‣Resolving vectors (S03E03, S01E07)
‣Moments (S01E11)
‣*Deriving simple harmonic motion equations (Vid)
‣*Simple harmonic motion (S01E07)
‣Mechanics Isaac Physics questions (Summary, Sum2020Wk1)
Energy
‣Relevant equations (S02E02)
‣Kinetic Energy, GPE (S02E02)
‣Energy conservation (S02E03, S01E07)
‣Energy transfers (S02E01, S01E03)
‣Thermal insulation (S02E05)
‣Conduction (S02E03)
‣Convection (S02E04)
‣Radiation (S02E04)
‣Efficiency (S02E02)
‣Energy resources (S01E03)
‣Energy Isaac Physics questions (Summary, Sum2020Wk3)
Electricity
‣Current and potential difference (Vid)
‣Component characteristics (S02E12)
‣Circuit rules (S02E10, S02E11)
‣Oscilloscopes (S01E08)
‣Electricity Isaac Physics questions (Summary, Sum2020Wk2)
Matter
‣Specific heat capacity (S02E06, Prac)
‣Specific latent heat (Prac)
‣Gas laws Isaac Physics questions (Summary, Sum2020Wk6)
Radioactivity and nuclear
‣Half-life (S03E09, S03E10, S01E02)
‣Nuclear fission (S03E11)
‣Fission reactors (S03E13, S01E02)
‣*Binding energy (S03E12)
‣Changes in the nucleus (S03E09)
‣Radioactivity Isaac Physics questions (Summary, Sum2020Wk5)
Space
(See GCSE Astronomy below)
*Quantum physics and particles
‣*Particle physics playlist (Playlist)
‣*1/12 Early models of matter (Vid)
‣*2/12 The nature of forces (Vid)
‣*3/12 The masses of particles (Vid)
‣*4/12 Detecting more particles (Vid)
‣*5/12 The particle zoo (Vid)
‣*6/12 Sorting particles (Vid)
‣*7/12 Fundamental particles (Vid)
‣*8/12 Particle notation (Vid)
‣*9/12 The weak nuclear force (Vid)
‣*10/12 Conservation rules (Vid)
‣*11/12 Making quarks (Vid)
‣*12/12 Decaying composite particles (Vid)
‣*Introduction to quantum physics (S03E07)
‣*The photoelectric effect (S03E08)
Fields
‣*Electric fields (S01E06)
Isaac Physics
GCSE
‣ 19 Introduction to momentum and impulse
‣ 20 Momentum conservation
‣ 25 Component characteristics and 26 Electrical power
‣ Circuits masterclass (1)
‣ Circuits masterclass (2)
‣ Vectors masterclass
‣ Graphically adding vectors
‣ Waves and optics
A Level
‣ A1 Using and rearranging equations
‣ A2 Derived and base SI units
‣ A3 Standard form and unit prefixes
‣ A4 Converting units
‣ A5 Gradients and intercepts of graphs
‣ A6 Equations of graphs
‣ A7 Area under the line of the graph
‣ B1 Components of a vector
‣ B2 Adding vectors
‣ B3 Uniform accelerated motion in one direction
‣ B4 Trajectories
‣ B5 Moments
‣ B6 Stress, strain and Young’s modulus
‣ B7 Springs
‣ B8 Work, energy and power
‣ B9 Energy, springs and materials
‣ C1 Combinations of resistors
‣ C2 and C3 Charge carriers
‣ C4 Kirchhoff’s laws
‣ C5 Potential dividers
‣ C6 Internal resistance
‣ D1 Amplitude and intensity
‣ D2 Polarisation
‣ D3 Path difference
‣ D4 Interference
‣ D5 Standing waves
‣ D6 The photoelectric effect
‣ D7 Quantum calculations
‣ D8 Refraction and total internal reflection
‣ D9 Atomic spectra
‣ F1 Force and momentum
‣ F2 Conservation of momentum
‣ F3 Units of rotary motion
‣ F4 Centripetal acceleration
‣ G1 Kelvin scale of temperature
‣ H1 Uniform electric fields
‣ H2 Electric fields near point charges
GCSE Physics
Measuring Specific Heat Capacity
Measuring Specific Latent Heat of Fusion of Ice
Electric Current and Potential Difference
Measuring Force and Acceleration
A Level Physics
Calculus playlist
Particle physics playlist
Determination of g by Freefall
Stationary waves
Snell’s Law derivation
Young’s two slit interference equation derivation
Deriving the equations of motion for constant acceleration from first principles
Deriving simple harmonic motion equations
GCSE Astronomy
Topic 1: The Earth
Topic 2: The Lunar Disc
Topic 3: Earth-Moon-Sun Systems
Topic 4: Time and the Earth-Moon-Sun Cycles
Topic 5: Solar System Observation
Topic 6: Celestial Observation
Topic 7: Early Models of the Solar System
Topic 8: Planetary Motion and Gravity
Topic 9: Exploring the Moon
Topic 10: Solar Astronomy
Physics With Keith 