<p>The fundamental stellar equation derivations for the structure of stars, including: the hydrostatic equilibrium equation, the spherical mass equation, the energy conservation equation and the radiative transport equation.</p>

<p>Nuclear A LEVEL Physics notes including:</p> <ul> <li>rutherford scattering</li> <li>alpha, beta and gamma radiation</li> <li>radioactive decay</li> <li>nuclear instability</li> <li>nuclear radius</li> <li>mass and energy</li> <li>induced fission</li> <li>safety aspects</li> </ul> <p>Includes figures, diagrams and calculations alongside explanations and thorough notes for the whole of the nuclear section of the specification.</p>

<p>Capacitance A LEVEL Physics notes<br /> including:</p> <ul> <li>basic capacitance equations</li> <li>capacitor charging and discharging</li> <li>charging graphs</li> <li>discharging graphs</li> <li>log graphs</li> <li>time to halve</li> </ul> <p>Notes fully explained coinciding with the a level specification for the capacitance topic of electricity, assisted with graphs, equations and calculations.</p>

<p>(Word) Includes:<br /> Law of demand<br /> Composite demand<br /> Derived demand<br /> Substitute, Complementary, Normal, Inferior goods<br /> Illustrated diagrams<br /> Factors causing a change in demand<br /> Law of supply<br /> Joint Supply<br /> Competitive Supply<br /> Factors causing a change in supply</p>