<p>Worksheet containing several questions so students can test their application of the transformers equation.</p>

<p>Revision resource containing both organic and inorganic chemical tests of ions and functional group tests.</p>

<p>GCSE resources to demonstrate and apply all basic mathematical applications to chemistry by finding the moles required, empirical formula and percentage yield. Resource also contains slides on chromatography.</p>

<p>Summary sheet containing all a level reaction mechanisms including helpful exam tips and examples of each mechanism.</p>

<p>Detailed set of notes describing the structure of all 3 compounds and why each is more reactive than other. Really useful for standard answers of OCR exam board.</p>

<p>Revision resource of notes concerning the reactions of acid anhydrides and acyl chlorides. Very good set of revision notes.</p>

<p>Document contains standard example answers to any experiment question. There is a step by step guide to 28 experiments including sources of error and how to reduce them for some experiments.</p>

<p>Document containing all organic and inorganic experiments with assumptions on some experiments.</p>

<p>Download will contain a detailed set of summary notes for the entirety of the unit spec EXCEPT ACIDS, BASES AND BUFFERS.</p>

<p>Documents contain lessons on EM spectrum, redshift and the origin of the universe ie the big bang.</p>

<p>Useful set of resources to plan out entire module on low level GCSE medical physics.</p>

<p>One document containing guidelines on the nomenclature of organic compounds with several different functional groups as examples. Another page demonstrating the difference in displayed structures and how to use them.</p>

<p>One single document containing brief notes on intermolecular forces followed by a worksheet to test understanding.</p>

<p>detailed set of revision notes explaining all content involving rate of reaction and equilibrium in AS level.</p>

<p>Complete set of notes on all required content about particle physics including: quarks, interactions, nuclear force, scattering experiment and nuclear radii equation.</p>