Essent i a l knowl edge Sc i ent i f i c work Cr i t i ca l think ing 1. Gases 2. Gas laws. The Boyle-Mariotte law 3. Gas laws. Gay-Lussac's law 4. Gas laws. Charles' law 5. The general ideal gas equation 6. The ideal gas equation of state 7. The kinetic theory of gases 8. Solutions - Relate atmospheric pressure and the Boyle-Mariotte law - Relate hot-air balloon flights to Charles' law - Simulate the behaviour of gases - Publish a scientific study - Differentiate between concentration by mass and density - Prepare a solution Can spray paints explode? 1. Particles that make up atoms 2. Atomic models 3. The distribution of electrons in atoms 4. The periodic table of elements 5. Periodic properties of elements - Create a periodic table - Analyse the properties of the metallic elements Aℓ, Mg and Na 1. Chemical bonds 2. Ionic bonds 3. Covalent bonds 4. Metallic bonds 5. Bonds between molecules 6. Properties of substances and types of bonds - Analyse how soap cleans - Relate the properties of substances to the type of bond Does soap destroy coronavirus? 1. Carbon compounds 2. Hydrocarbons 3. Oxygen compounds 4. Nitrogen compounds 5. Oxygen and nitrogen compounds around us 6. Organic compounds of biological interest - Make aspirin Does drinking lots of water dissolve excess cholesterol? 1. Chemical reactions 2. Energy in chemical reactions 3. The speed of chemical reactions 4. Chemical reaction calculations 5. Acid and base reactions 6. Combustion reactions 7. Electrochemical reactions - Study the law of conservation of matter - Prepare an acid-base indicator - Detect CO2 in respiration 1. Quantities describing motion 2. Velocity 3. Uniform rectilinear motion (URM) 4. Acceleration 5. Uniformly accelerated rectilinear motion (UARM) 6. Uniform circular motion (UCM) - Understand the characteristics of a URM from the position-time graph - Measure the instantaneous velocity in a UARM - Analyse the route of a circuit Is it just as safe to go 50 km/h as 30 km/h in a city?
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