<p>Perfect for sessions with new students, for them to get to know each other and become comfortable in the classroom.</p> <p>Students should talk to each other to find people who fit each category, on the bingo card. For larger classes, I would suggest making the rule that you can only write a certain name twice (for example). Once the activity has ended, you can discuss answers with the class, use this as an opportunity for the students to speak in front of everyone.</p>

<p>A 3-page summary covering the Chemistry topic, Atomic Structure. This topic covers the structure of the atom and its discovery, and calculations using atomic mass and atomic number.</p>

<p>(Best suited for page size A3)</p> <p>A revision poster created for the revision of topic 3 for year 1 of A-level biology (following the OCR specification).<br /> Each of the topics are briefly covered, along with diagrams and simple explanations.<br /> This is suitable for those who has already learned this topic, but are looking to improve their knowledge in the preparation for exams.</p> <p>The following topics are covered:</p> <ul> <li>Transport in animals</li> <li>Blood vessels</li> <li>Exchange at the capillaries</li> <li>The heart</li> <li>The cardiac cycle and coordination</li> <li>Transport of oxygen and hemoglobin</li> </ul>

<p>Word-based money problems of varying difficulty levels for GCSE students.</p> <p>15 questions are provided, with solutions at the end of the document. Within the solutions are breakdowns of where marks can be obtained.</p>

<p>Notes made by an A-level student at the time, to revise carbohydrates, lipids and proteins.</p> <p>Each topic is summarized onto a single side, all 3 pages are presented on a word document.</p>

<p>Two documents given, one with blank spaces for students to fill in, another with the correct answers.</p> <p>A summary of A level OCR Biology topic 3.2, covering transport in animals.</p> <p>This was made to accompany the revision poster, also found on my profile.</p>

<p>Suitable for those studying A-level maths, I have created this study guide for those struggling to grasp the concept of differentiation.<br /> Included are clear diagrams and explanations, examples of questions being worked through, and practice questions (with solutions).</p> <p>The following topics are covered:</p> <ul> <li>First principles and proof</li> <li>Common derivatives</li> <li>Tangents, normals, maximum and minimum points</li> <li>Stationary points and points of inflection</li> <li>Product, quotient and chain rule</li> <li>Parametric differentiation</li> </ul> <p>Solutions to exercises are provided at the end of the pdf.</p>

<p>Fractions explained at a basic level, with suitable worked through examples and questions for the student to practise.</p> <ul> <li>Proper/Improper/Mixed Number fractions</li> <li>Fractions of an amount</li> <li>Arithmetic with fractions</li> <li>Simplifying fractions</li> <li>Comparing fractions</li> </ul>

<p>A series of maths questions, themed around throwing a Halloween party. Suitable for GCSE students.</p>

<p>Simply proofs of the 5 SUVAT equations, suitable for those studying applied maths, mechanics at A-level.</p> <p>Also provided is a basic graph, representing each of the variables.</p>

<p>20 practise questions of varying difficulty levels for GCSE students wanting to practise their work on ratios.</p> <p>Answers are given at the end of the document.</p>