<p>Resource for students to revise the AQA Trilogy Physics paper 2 exam. Content includes:</p> <ul> <li>contact and non contact forces</li> <li>wave equation</li> <li>labeling a wave</li> <li>frequency</li> <li>electromagnetic waves</li> <li>calculating weight</li> <li>permanent, induced and electromagnets</li> <li>thinking distance and braking distance</li> <li>Required practical - calculating speed of a wave using a ripple tank</li> <li>Distance-time graphs</li> </ul>

<p>For GCSE students taking the AQA Triology Exam. Physics Paper 1. Revision mat covers a range of topics including calculating energy, ionising radiation, calculating half life, atomic structure, mains electricity and circuit symbols.</p>

AQA Trilogy Spec. Revision lesson for Atomic Structure. Covers atomic structure and elements, compounds, mixtures. <br /> <br /> I have used this with a Year 9 group as revision before an end of topic test. <br /> <br /> Starter activity, whiteboard/traffic light activity on number of protons, cheat sheet for students to make and use to revise from. Go shopping task for peer review. Exam question practice using cheat sheet. Element/Compound/Mixture AfL activity/game (students pick a number and must say if it is an element, compound or mixture. I recommend making this into a team game and also using a timer e.g. students must answer in 5 seconds).

<p>Worksheet for students to support revision of the AQA Trilogy Chemistry Paper 2. Topics include: Water treatment, Earth’s atmosphere, Crude Oil, Seperating techniques, Chromatography, Combustion, Balancing equations, Naming equipment, properties of hydrocarbons, Earth atmosphere.</p>

<p>Revision lesson covering content for the AQA Trilogy Physics Paper 1 exam.<br /> Including:<br /> circuit symbols</p> <ul> <li>ionising radiation and calculation of half life</li> <li>pressure</li> <li>density required practical</li> <li>UK mains electricity</li> <li>wires in the plug</li> <li>anomolous results and calculating means</li> <li>state changes</li> </ul>

<p>Worksheet for students to revise topics from the AQA Trilogy Biology paper 2. Topics include: Inhertance, fossils, reaction times, reflex arc, deforestation.</p>

<p>This was created and delivered as a “pub quiz” revision lesson - but could be delivered in various ways.</p> <p>PPT includes questions to revise AQA Trilogy Biology Paper 2 (Ecology, Variation and Evolution, Homeostasis and response).<br /> Contains 16 questions and also answer slides.</p>

<p>A revision mat covering topics for the AQA Trilogy Chemistry 1 paper.</p> <p>Content includes: Halogens and displacement reactions, Alkali metals, Noble Gases pH Scale, Atomic structure, Naming salts from acids, properties of subatomic particles, ionic bonding and electronic configuration.</p>

Revision resource for AQA Trilogy spec - Atomic Structure and Periodic Table.<br /> <br /> Questions about Alkali metals, noble gases, development of periodic table, halogens, word equations, subatomic particles, atomic structure.

<p>AQA Trilogy Physics Paper 2 Forces Revision. Covering: Scalar, Vector forces, Contact and non contact forces, Weight, gravity and mass, balanced and unbalanced forces, resultant forces.</p> <p>Suitable for both F and H tier.</p> <p>Contains key infomation and activities to help students revise.</p>

<p>A revision resource for the AQA Trilogy Combined Science Physics Paper 2. Resource has questions about waves, work done, electromagnets, forces, mathematical skills. The resource also contains the answers.</p>

<p>Revision mat for students taking the AQA triology Biology paper 2 exam. This resource focuses on inheritance and evolution.</p>

<p>A revision grid focusing on the homeostasis topic in AQA Trilogy Biology Paper 2.<br /> Questions are differentiated, more difficult questions are worth more points. Answers are also provided.</p>

Loop cards/Domino game for forces.<br /> <br /> Works nicely as a card sort exercise or as a whole class activity. Students have one domino each and listen to the description to see if their key term is being described.

<p>A revision resource for GCSE students taking the AQA triology Chemistry Paper 2 exam. Resource covers Rates of Reaction (calculating rates, increasing rate of reaction)</p>

<p>Lesson covering the parts of the plug. Lesson includes tips on how to remember which wire goes where, and what colour it is. Lesson includes activities and AfL tasks.</p>

<p>A powerpoint lesson using the equation V=IR and supporting slides to go alongside the AQA Trilogy Required Practical 15 -</p> <p>Use circuit diagrams to set up and check appropriate circuits to investigate the<br /> factors that affect the resistance of an electrical circuit.<br /> This should include<br /> • the length of a wire at constant temperature<br /> • combinations of resistors in series and parallel.</p>

<p>A revision lesson focusing on the AQA Triology Physics Paper 2 Forces and Waves Topic. Content includes: Vector and Scalar quantities, Weight = mass x gravitational field strength calculations, longitudinal and transverse waves.</p>

<p>Organic chemistry (Carbon compounds) crossword which can be used as a revision resource.</p> <p>Crossword asks questions about crude oil, fractional distillation, combustion, water treatment and hydrocarbons.</p>

<p>A lesson for investigating current and potential difference in series and parallel circuits. Lesson includes a practical investigation worksheet for students to complete as they build series and parallel circuits and measure voltage and current.</p> <p>Powerpoint contains activities such as match up key terms with definitons, gap fill tasks, True or False summary activity and various other AfL tasks.</p> <p>The lesson was created with the AQA GCSE Trilogy Physics Paper 1 in mind.</p>

<p>Lesson focusing on the structure of the atom, charge and mass of subatomic particles, atomic and mass numbers and the development of the atomic model. Lesson also includes Isotopes and mentions ionisation.</p> <p>Lesson provides opportunity for AfL with mini quizzes, match up tasks, past exam Qs and Bingo.</p> <p>Lesson gives details on Rutherfords gold foil experiment and compares the plum pudding and nuclear atomic models.</p>