<p>This assembly is aimed at all secondary school students. It is an ideal assembly to use at the start of the school year but can be used at any time when an injection of motivation is needed. It explores how we can make fresh starts and develop beneficial habits that stick. It touches on our need to overcome fear of failure and how necessary it is to learn from mistakes.</p>

<p>Get your students taking notes in a more effective way with this simple Cornell notes template. Through using this template, students will be actively learning while taking notes. No more mindless copying. This resource will allow your students to produce notes that can actually be used for active revision!</p>

<p>This assembly looks at the power of forgiveness. It explores why forgiveness is so important for the person who has been wronged. The assembly covers some real life examples of when forgiveness has triumphed.</p> <p>The presentation includes a script in the notes for each slide.</p>

<p>This lesson contains information and activities on naming benzene derived compounds.</p> <p>While the information explains why we name benzene compounds in different ways, the activities allow students to apply what they have learned and to engage in retrieval practice.</p>

<p>This assembly is aimed at all secondary school students (Year 7 to Sixth Form). It explores the topic of suffering and explains how pain is inevitable but suffering is optional. The assembly focuses on individuals who have shown great courage through some of the darkest and most difficult times in their lives. It looks at how strong the human mind can be and possible ways to improve our responses to difficult situations.</p>

<p>This series of lessons covers the Transition Metal A level Chemistry topic. The series includes 6 lessons;</p> <ol> <li>Transition element intro</li> <li>Properties of transition elements</li> <li>Complex ions</li> <li>Ligand substitution</li> <li>Precipitation reactions</li> <li>Redox reactions</li> </ol>

<p>This lesson covers alkenes isomerism - E/Z isomerism. The content is aimed at Year 1 of A level Chemistry.</p>

<p>This lesson explores amines and amides. The content covered in this lesson is suitable to Year 2 A level Chemistry. The following is covered;</p> <ul> <li>Background on amines</li> <li>Classification of amines e.g. primary, secondary etc</li> <li>Naming amines</li> <li>Amines as bases</li> <li>Amine salts</li> <li>Making amines</li> <li>Making phenylamine</li> <li>Classification of amides and naming amides</li> </ul>

<p>This presentation contains both information and activities for the benzene topic in A level Chemistry. The resource covers 4 lessons;</p> <ul> <li>Evidence to support the delocalised model of benzene</li> <li>Naming aromatic compounds</li> <li>Producing substituted benzene compounds</li> <li>Friedel Crafts reactions</li> </ul>

<p>This lesson focuses the electrophilic substitution reactions which produce benzene derived compounds; halogenation and nitration.</p> <p>The information contained in this presentation is simple for students to understand while the activities give students ample opportunity to use the knowledge they have gained.</p>

<p>This lessons contains information and activities on the Friedel Crafts reactions of benzene.</p>

<p>This lesson contains both information and activities on proving that the delocalised model fits the evidence better than Kekule’s model of benzene.</p>

<p>This assembly is aimed at all secondary school students. It looks at the topic of senses and focuses on the possibility that trees are sentient. A fascinating topic to make everyone think about the value of all living beings.</p> <p>This resource includes a presentation, script and voice over presentation/video.</p>

<p>Chemistry lesson resource for AQA GCSE Combined Science. Lesson 4 in topic 1 - Atomic Structure and the Periodic Table. The information and activity based 1 hour lesson resource, covers the history of the atom. The lesson looks at how scientists have come up with the model of the atom we use today. The student activities included in this presentation are based on scientifically proven effective learning strategies. This lesson requires the printing of a structured worksheet (located on slide 24). Please check out all resources for lessons in this series.</p> <p>A past exam question has also been included for the starter activity on crystallisation.</p>

<p>Chemistry lesson resource for AQA GCSE Combined Science. Lesson 2 in topic 1 - Atomic Structure and the Periodic Table. The information and activity based 1 hour lesson resource covers an introduction to <strong>Separating Mixtures; filtration, crystallisation, simple distillation, fractional distillation and chromatography</strong>. The student activities included in this presentation are based on scientifically proven effective learning strategies. This lesson requires no printing. Please check out all resources for lessons in this series.</p>

<p>Chemistry lesson resource for AQA GCSE Combined Science. Lesson 1 in topic 1 - Atomic Structure and the Periodic Table. The information and activity based 1 hour lesson resource covers an introduction to Atoms, Elements and Compounds. The student activities included in this presentation are based on scientifically proven effective learning strategies. This lesson requires minimal printing (only one periodic table needs to be printed for each student (AQA data sheet link included). Please check out all resources for subsequent lessons in this series.</p>

<p>This session will get your students thinking about the usefulness of their study habits. Are their study habits conducive of learning or could they be tweaked to maximise understand, memory and mastery of the content. This session will encourage your students to adopt the best ways to learn and lead to better results.</p> <p>This resource contains a presentation, worksheet and Cornell notes template. You will need some post-it notes.</p>

<p>This lesson explores the reactions that alkenes undergo; hydrogenation, halogenation and hydration. It also looks at using the Markovnikov rule when identifying major products from the reactions of alkenes with hydrogen halides.</p> <p>Mechanisms will also be covered for the different alkene reactions.</p>

<p>This lesson explores aldehydes, ketones and their reduction to produce alcohols. The content is ideal for Year 2 A level Chemistry.</p>

<p>This assembly explores the topic of stereotypes and whether you can truly be yourself if you are conforming to societies expectations.</p> <p>The assembly also looks at marginalised groups.</p>

<p>This lesson explores formulae used in organic chemistry; molecular, structural, displayed, skeletal. It is suitable for the first year of A level Chemistry study.</p> <p>Resources - the lesson would work well if students had access to molymods.</p>