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This is second semester stuff from the year 2003, but you are welcome to check out a course if you are interested.
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Physical Science
Chapter 15(p377): simple machines, input, output and friction work, ideal and actual mechanical advantage,
percent efficiency, lever law
Chapter 19(p481): origin of electricity, electric fields, static, conduction, voltage, current, resistance,
Ohm's law, series circuits, parallel circuits, power
Chapter 20(p576): magnets compared to electricity. Poles, fields, domain theory, compass degrees, geographic
vs magnetic pole, magnetosphere, auroras and charged particles in magnetic fields
Chapter 21: Oersted effect, right hand rules, electric motors, the Faraday/Henry effect, generators, transformers
Chapter 17: kinetic molecular theory, states of matter, length/volume changes, methods of heat transfer,
heating curves, heats of fusion and vaporization, specific heat capacity.
p120-125 atomic structure
p141-146 periodic table of elements
Compounds and formulas
Formula mass
p174-193:Ionic and covalent bonds
p204-214:Chemical reactions
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Chemistry:
Chapter 5: limiting reactants stoichiometry and percentage yield problems
Chapter 8: Dalton, JJ Thomson, Millikan, radioactive decay, Rutherford gold foil, atomic mass, atomic number,
isotopes, weighted average, isotope stability
Chapter 9: nuclear reactions, mass loss, nuclear decay equations and sequences, half life
Chapter 10: Bohr atoms, spectrums, wave models, Planck's hypothesis, DeBroglie's hypothesis, wave equation,
Heisenberg's uncertainty principle, the four quantum numbers, diagonal Aufbau filling, Hund's rule, sublevels, shapes, orbitals,
valence electrons
Chapter 11: periodic properties, atomic radii, first ionization energy, stability, Coulomb's law, ionic
size changes, exceptions to Aufbau.
Chapter 13: ionic and covalent bonding. Electronegativity effects. Polar molecules. Lewis dot diagrams.
Shared/unshared charge cloud effects. VSEPR shapes of molecules. Hybridization and single, double, triple bonds.
p420-421: Intermolecular forces: VanderWaal's and London's dispersion forces
p473: H bonds
Acids/bases: the Bronsted-Lowry proton donor/acceptor
pH, pOH and weak solutions
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APS
Newton's third law
Momentum and impulse
Conservation of kinetic and potential energy
States of matter
Kinetic theory of matter, thermal expansion, heat transfer, heating curves, heats of fusion and vaporization,
specific heat.
Chapter 8: pressure, Boyle's and Charle's laws, ideal gas behavior,
p246: substances-elements, compounds and mixtures
physical properties, chemical properties, chemical changes.
Conservation of mass
atomic structure: protons, neutrons, electrons. Atomic number and mass number.
The Bohr model: quantum numbers, orbitals, shapes, orientations-s,p,d,f
Periodic table and trends
Lewis dot diagrams, BrHONClIF, compounds from ionic and covalent bonding.
Naming compounds, writing formulas
Balancing chemical reactions
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