<p>A complete lesson showing how to carry out titration calculations. The slides and animations go through a worked example before giving students an opportunity to try themselves. Finally a GCSE style question is included.</p> <p>Answers to all examples and questions are provided.</p>

<p>A starter /plenary activity or general worksheet of 10 questions where students use the information about atomic structure, eg number of protons, electron configuration and Period/ Group number to identify the element.</p> <p>Answers are provided.</p>

<p>A complete lesson which introduces the idea of moles then goes through worked examples converting grams to moles and vice versa. Avogadro’s Law is explained then there are worked examples of gas volume calculations.<br /> Further questions are included for the calculations and answers are provided.</p> <p>Contains images taken from Google.</p>

<p>A revision sheet with multiple choice questions covering Heat Energy Changes in Chemical Reactions taken directly from the Edexcel specification. Questions include labeling a reaction profile diagram, definitions of endothermic and exothermic reactions, both basic and in terms of bond breaking and making and identifying reactions as either endothermic or exothermic.</p> <p>Answers are provided.</p>

<p>15 multiple choice questions for use as a revision resource for the hydrocarbon topic. Questions cover alkanes and alkenes, identifying alkanes and alkenes from structures and formulae, bromine water testing and combustion.</p> <p>Answers are provided.</p>

<p>22 multiple choice questions and one 3 mark written question about the Rates of Reaction topic. The questions cover all aspects of the Edexcel specification including interpreting graphs, collision theory, catalysts and the factors which affect the rate.</p> <p>Answers are provided.</p>

<p>Students identify compounds from the results of flame tests and anion tests.<br /> In the second task students describe the necessary tests to prove the identity of given compounds and state what results would be expected.</p> <p>Answers are provided.</p>

<p>Students have to complete a table with the ion formulae, a description of the type of test and then the result of the test. There are 10 ions. These include metals, halides and then carbonates and sulfates. Answers are provided below the table which lower ability students can select from or these can be removed for higher ability.</p> <p>Answers/completed table is included.</p>

<p>A revision resource with multiple choice questions from each of the statements in the Edexcel Key Concepts Ionic Bonding specification.</p> <p>Answers are provided.</p>

<p>16 multiple choice questions surrounding the Edexcel Key Concepts - Periodic Table specification.</p> <p>Ideal as a revision resource.</p> <p>Answers are provided.</p>

<p>15 Multiple choice questions based on the Edexcel specification, Key Concepts Atomic Structure, with a question for each of the statements. Ideal for use as revision material.</p> <p>Answers are provided.</p>

<p>A simple worksheet ideal for a starter or plenary. Students are given a variety of elements and have to complete a table stating which group the element is in, whether it’s a metal or non-metal and then use this information to determine the ion which it will form.</p>

<p>A worksheet for use with GCSE students. The sheet contains 10 calculations questions with increasing difficulty followed by 2 GCSE inspired extension questions about isotopes.</p> <p>Answers are provided.</p>

<p>A worksheet with 12 word equation questions. The questions demonstrate different wording used for this type of question. The questions become progressively more difficult.</p> <p>An answer sheet is included.</p>

<p>A complete lesson about ions, starting from atomic structure, electron configurations and how ions are formed by gaining or losing outer shell electrons.</p> <p>The slides also contain direct links to YouTube clips from Fuse School to go over the basics of atomic structure and electron configurations.</p> <p>Some slides include images taken from Google.</p>

<p>A short Power Point which can be used for an assembly about school rules. The first slide reveals some quirky and silly UK laws eg It is illegal to carry a salmon in suspicious circumstances! The point being that even though these rules make no sense to us they were created for a reason.</p> <p>The next slide reveals a variety of school rules which can be adapted for individual schools.</p>

<p>A worksheet with 12 questions for students to calculate empirical formulae.<br /> Relative atomic masses are provided.</p> <p>Answers showing working is included.</p>

<p>A table provides melting point and boiling point data for 10 elements and compounds and students have to work out the state for each of them at room temperature.</p> <p>There are 5 further questions after the table exercise.</p> <p>An answer sheet is provided.</p>

<p>A worksheet for students to calculate either the number of protons, neutrons, electrons, atomic mass or name the element from the numbers subatomic particles.</p> <p>An answer sheet is included.</p>

<p>Students have to recall the formulae of common acids and alkalis and the colours of a variety of indicators in acidic and alkaline solutions.</p> <p>An answer sheet is provided.</p>