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Performing science : teaching chemistry, physics and biology through drama /

How to increase students' interest and engagement in science is a challenge shared by teachers around the world. Designing effective science lesson plans using drama and role play requires expertise across two very different subject areas and, as a consequence, many science teachers find it dif...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Otros Autores: Abrahams, Ian, Braund, Martin
Formato: Electrónico eBook
Idioma:Inglés
Publicado: London ; New York : Continuum, [2012]
Temas:
Acceso en línea:Texto completo
Tabla de Contenidos:
  • Acknowledgements; Introduction; The purpose of this book ; Background; Structure; 1 The value of using drama to teach science; General introduction to using drama in science teaching; Focusing games ; Tableaux/Freeze frame; Animated diagrams; Role play; General tips; 2 Biology:session plans for 11-14; Adaptation and survival Martin Braund; Microbes
  • the fight against disease Martin Braund; Human reproduction
  • fertilization Martin Braund; Muscles and movement
  • features (adaptations) of animals without backbones Martin Braund; Human digestive system Martin Braund.
  • Circulatory and respiratory systems Sandra CampbellInsect pollination Sandra Campbell; 3 Biology: session plans for 14-16; Food chains
  • energy transfer Martin Braund; Kidney transplants
  • homeostasis Martin Braund; Evolution Martin Braund; Protein synthesis Sandra Campbell; Germ theory Sandra Campbell; Photosynthesis and the carbon cycle Sandra Campbell; Cells Sandra Campbell; Reed warblers and cuckoos Sandra Campbell; 4 Chemistry: session plans for 11-14; Particle arrangements in solids, liquids and gases
  • going further Ruth Amos.
  • Physical processes
  • soluble or insoluble/making a solution Ruth Amos Evaporation and condensation Ruth Amos ; Physical and chemical processes
  • burning a candle Ruth Amos ; The rock cycle Chris Otter ; Distillation Chris Otter ; pH scale Chris Otter ; Elements, mixtures and compounds Chris Otter ; 5 Chemistry: session plans for 14-16; Balancing equations
  • the Haber process Ruth Amos; Environmental chemistry
  • carbon dioxide in the dock Ruth Amos ; Sustainable development
  • the World Games 2040 Ruth Amos ; Electrolysis Chris Otter.
  • Acid/alkali neutralization Chris Otter Addition polymerization Chris Otter ; Exothermic and endothermic reactions Chris Otter ; 6 Physics: session plans for 11-14; Electricity
  • conservation of charge Ian Abrahams ; Heat
  • conduction Ian Abrahams ; Reflection Ian Abrahams ; Drag Erdem Erem and Murat Sag ̆lam; Electric circuits Erdem Erem and Murat Sag ̆lam; Sound
  • its transmission through solids, liquids and gases Erdem Erem and Murat Sag ̆lam; Magnetic fields Rachael Sharpe; The solar system Rachael Sharpe; 7 Physics: session plans for 14-16.
  • Braking distance Ian Abrahams P-waves and S-waves Ian Abrahams ; Static electricity Ian Abrahams ; Radioactivity
  • half-life Ian Abrahams and Rachael Sharpe; Force and acceleration Murat Sag ̆lam and Erdem Erem; Energy Murat Sa ̆glam and Rachael Sharpe; Alpha, beta and gamma absorption Rachael Sharpe; 8 Conclusions; Two cultures or one way of learning?; How drama can help in the teaching and learning of science; Appendix 1: Warm-up exercises; Fruit salad; Hand circle ; Keepy uppy; Psst!; Touch three things; Two truths and one lie; Appendix 2: optional student activities.
  • Microbes
  • the fight against disease.