All resources were used for a 2hr GCSE taster session. Taster 1: Students are introduced to psychology through the discussion of gifs to form a definition. Students are introduced to the course and complete a diamond 9 activity designed to get students discussing their justification for their thought processes. Taster 2: students focus on how psychologists investigate topics using different theories. students investigate the research question “What causes evil behaviour?” After discussing how ‘evil’ could be operationalised (e.g. aggression, selfish acts that lead to harm, lack of empathy), students complete a rotation task in which they are introduced to a number of theories (including milgram, conditioning, social learning, and brain scanning). The off specification topics can be used to enthuse students regarding the new subject.

The naughty elves have stolen the Christmas decorations from the "chemistree" in the classroom (oh no!) Students follow the PowerPoint steps to copper plate a piece of aluminium to make a Christmas decoration they can take home (or decorate your chemistree). -Students identify equipment and risks -Remove the aluminium oxide layer using acid -Use a simple electrolysis to plate the aluminium in copper. This makes a great science club activity (focussing on the procedure and practical element) as well as a relevant end of term treat for KS4. Merry Christmas!

One of my favourite units from the GCSE course! In this lesson students are introduced to the difference between sensation and perception through the use of optical illusions and video clips. Students complete the lesson with a range of exam style questions.

Students use their knowledge from the unit to compare a range of pH indicators in terms of effectiveness in identifying a range of pH in everyday household products. Students compare red cabbage indicator (prepared in a previous lesson), litmus paper, universal indicator solution and pH probes to decide which one is the most accurate and easy to use. Students have an opportunity to write an evaluation that can be levelled as part of an assessment.

-Students discuss particular issues Santa may have on his Christmas eve journey (E.g. Military airspace...) -Teacher runs through a range of slides that considers, mass, air resistance, calories consumed, alcohol limits, speed, and amount of time needed. -Students are introduced to the question "How many carrots are needed to feed the reindeer during the journey" -Students complete a simple burning food experiment to test dried carrots (available at most good retailers) and other foods such as crisps, and bread to test which produce the most energy. -Higher students can try extrapolating up to find out how many carrots are needed. HINT it is over 900,000.... but remember they are magical. insert carrotometer joke where appropriate.

A whole AS/Year 1 AQA A Scheme of Work related to Topic 1: social Influence. PowerPoints, Class tasks, Work sheets and end of topic test is included. The SOW is based around the AS/1 Complete companion Cardwell & Flanagan, L1: What is Conformity: Students re-enact Asch's famous study with an unknowing student from another class.. L2: Evaluation of Asch's study L3: Explaining conformity: Students complete a group cheat sheet on 1 of 4 different explanations of conformity and share. Emphasis of the duel processing model is made. L4: Stanford Prison experiment: students use articles and real footage to introduce the role of social roles. L5: Obedience: Independent work and real footage is used to gain insight into the procedure and findings of Milgram's study. L6: Essay: Students are introduced to writing extended essays using PEEL. Students re-assemble an essay that unfortunately been cut up into pieces... L7: variations of Milgram's study: Students are introduced to the effects of other situational factors and evaluate. L8: Explanations of Obedience: Agentic state and Legitimate Authority L9: Authoritarian Personality: Students complete the F-scale and are introduced to dispositional factors of obedience. L10: Resisting social influence L11: Locus of control L12 and 13: Students watch a copy of 12 angry men to illustrate concepts so far and introduce minority influence L14: Students complete a end of topic test. Model answers for self reflection are provided.

students organise themselves into teams and write two questions using the three topics they have learnt so far (gender, eating behaviour and aggression) to use in the peer question round. Each team takes it in turns to choose a round. 1_ Peer question 2) Christmas knowledge 3) Ding dong slurp slurp (remembering studies to names) 4) Give us some figgy pudding (Christmas related eating behaviour questions) 5) Christmas music round 6) Christmas food and drink 7) 12.00 days of christmas (12 days of christmas and research method questions) 8) Santa and his elves (Psychology explanations round) 9) TV and movies 10) Bearded psychologists (Psychologists disguised with festive beards) Merry christmas!

Students are introduced to the idea that moles are an amount of things similar to pairs and dozen. Using the PowerPoint student are introduced to Avogadro's constant and that a relative atomic mass in grams equals one mole of an atom. Students complete a experiment in which the rotate around the room to weigh different amounts of substances in beakers to calculate how many moles are present. Students use the mass of the beaker and the symbol formula (written on the side) to calculate the mass/mmr. Students practice rearranging the calculation.

Students use their results from a previous experiment of melting an ice cube to plot an annotated line graph. Documents are pitched towards a first term Year 7 class. Scaffolded work can be removed and higher differentiated sheet can be used for higher ability KS3 classes who can already plot line graphs independently. Students consolidate their understanding of melting points by applying it to unusual examples such as gallium metal.

After the results that 'sharks can smell blood from further distances in warmer oceans' tourist numbers to Australia's famous landmark 'Surfer's Paradise' has been low. Students evaluate their conclusion from last lessons experiment to ensure their findings reflect the truth. Students consider strengths and limitations of their method and begin to discuss ways to modify the method to further improve the strength of their results.

A full KS3 scheme of work that contains six fully resourced lessons to allow your department to complete a Science Fair project. As a school we conducted this period for a two week cycle after half term to allow students to; produce an idea, write a hypothesis, plan a method, conduct an experiment of their choice and make their project. Class winners were chosen and then allowed to present their work in the hall for the rest of the school to see. This is the third year we have completed our science fair at my school. This year we had four entries that won prizes at the big bang fair regional competition. One of which was chosen as the Young scientist of the year regional winner and will be presenting their project nationally later next year. This pack contains: Assembly PowerPoint: To present to the whole school introducing the fair. Lesson 1: Producing an idea Lesson 2: Forming a Method Lesson 3: Pilot experiment Lesson 4: Experimental time Lesson 5: Conclusion and evaluation (making project) Lesson 6: Choosing a winner Lesson plans, resources and example project winners also included. I hope, if you are willing for a bit of chaos, that you see the same enthusiasm and creativity in your students as I have. good luck!

Students are introduced to a fictional scenario applied to their school where a criminal has broken into the school allotment and stolen vegetables (outrageous!). After a quick crash course into the types of evidence a forensic scientist could collect from the scene, students carry out an analysis on soil samples from a range of suspects to determine the identity of the vegetable thief. Students write a letter/report to their headmaster explaining their findings.

A topic students love- optical illusions will create a lot of discussion! Students are introduced to a range of visual illusions covered in the AQA specification. Students are shown descriptions, examples and videos highlihgting Muller lyer illusion, Kaniza triangle, and the Necker cube. Students fill in a summary table they can stick in their books. Although this lesson can work without any other resources, lower ability students may wish to supplement this resource with the AQA Psychology textbook (Red spikey haired chap).

Students have the opportunity to explore six unusual materials that will stretch and question their prior understanding in relation to solids, liquids and gases. 1) Borax slime 2) Water in a vacuum 3) Is toothpaste a solid? 4) Syphoning water 5) Is Ooblek a liquid? 6) Changing states of cream Students use the lesson to answer an extended question

Students are introduced to the "horrific", yet incredibly improbable event of three lorries each containing sand, iron fillings and salt colliding. Their loads have been perfectly mixed and need separating... Students will work in groups to decide on how they might use their allocated equipment to separate these substances. Using content from the "ocean-clean up lesson", and "sieving for gold" lesson students will extract the iron fillings with magnets, use filtration to remove the sand filtrate and evaporation to remove the salt from the water.

Using a classic conduction experiment to investigate which material will prevent Gordon Ramsey burning himself in the future. Students produce a conclusion and an evaluation of their findings.

Student's use simple pieces of equipment to choose a suitable material to pad the inside of Iron man&'s armor. Students then evaluate their choice. This can be completed over two lessons to allow adequate planning time.

Students design an experiment to test the strength of a rope bridge to see if Indianna Jones could safely cross it while carrying the Ark...