In-class quantitative Primary battery word problems that Secondary battery Describe alpha, beta, and model the AP chemistry Fuel cell gamma decay, half-life, test (about twice/week) Corrosion and fission and fusion Galvanization Quiz: AP Chemistry test Electrolysis Write appropriate style open response Electrolytic cell equations for nuclear questions (weekly) Radioisotope decay reactions, using X rays particle balance; describe Homework: AP Penetrating power how the nucleus changes chemistry test style word Transmutation during these reactions and problems (twice/week) Nucleons compare the resulting Strong nuclear force radiation with regard to Reading and analysis of Band of stability penetrating ability life” chemical Positron emission “real research situation Positron (weekly) Electron capture Radioactive decay Common assessment series (end of unit) Half-life Radiochemical dating Induced transmutation Transuranium elements Mass defect Nuclear fission Critical mass Breeder reactors Nuclear fusion Thermonuclear reactions Ionizing radiation Radiotracer
In-class quantitative word problems that model the AP chemistry test (about twice/week) Quiz: AP Chemistry test style open response questions (weekly) Homework: AP chemistry test style word problems (twice/week) Reading and analysis of “real life” chemical research situation (weekly) Common assessment (end of unit) Describe alpha, beta, and gamma decay, half-life, and fission and fusion Write appropriate equations for nuclear decay reactions, using particle balance; describe how the nucleus changes during these reactions and compare the resulting radiation with regard to penetrating ability Primary battery Secondary battery Fuel cell Corrosion Galvanization Electrolysis Electrolytic cell Radioisotope X rays Penetrating power Transmutation Nucleons Strong nuclear force Band of stability Positron emission Positron Electron capture Radioactive decay series Half-life Radiochemical dating Induced transmutation Transuranium elements Mass defect Nuclear fission Critical mass Breeder reactors Nuclear fusion Thermonuclear reactions Ionizing radiation Radiotracer
Curriculum%20Map%20AP%20Chemistry%202012-2103(1).docx