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AP Chemistry Complete Notes Set
AP Chemistry notes, should have all the information you will need to get a 5 on the AP Chemistry exam.
[Show more]AP Chemistry notes, should have all the information you will need to get a 5 on the AP Chemistry exam.
[Show more]Notes for AP level understanding of equilibrium, all equilibrium constants (Keq, Ksp, Ka, Kb, Q). Discusses acids and bases. Shows examples on how to deduce equilibrium concetrations.
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Add to cartNotes for AP level understanding of equilibrium, all equilibrium constants (Keq, Ksp, Ka, Kb, Q). Discusses acids and bases. Shows examples on how to deduce equilibrium concetrations.
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Add to cartExamples and notes about bond enthalpy and solubility rules
discusses topics like spontaneity, entropy, enthalpy, gibbs free energy, kinetic energy and potential energy, hess's law, calorimetry, heat capacity at the AP chemistry level. Includes practice problems and examples.
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Add to cartdiscusses topics like spontaneity, entropy, enthalpy, gibbs free energy, kinetic energy and potential energy, hess's law, calorimetry, heat capacity at the AP chemistry level. Includes practice problems and examples.
Notes taken over kinetics at the AP level, includes practice and examples with answers. Discusses integrated rate law, regular rate law, catalysts, transition states, and botlzmann distribution.
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Add to cartNotes taken over kinetics at the AP level, includes practice and examples with answers. Discusses integrated rate law, regular rate law, catalysts, transition states, and botlzmann distribution.
Discusses Kinetic Molecular theory and Intermolecular Forces at the AP chemistry level. Covers Ideal gas conditions, deviations, solutions, chromatography, distillation, spectrophotometry, beer-lamberts' law, and gives examples.
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Add to cartDiscusses Kinetic Molecular theory and Intermolecular Forces at the AP chemistry level. Covers Ideal gas conditions, deviations, solutions, chromatography, distillation, spectrophotometry, beer-lamberts' law, and gives examples.
Covers Electrochemistry at the AP level. Discusses electrochemical cells, redox, NERST equation, galvantic cells, provides examples for all.
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Add to cartCovers Electrochemistry at the AP level. Discusses electrochemical cells, redox, NERST equation, galvantic cells, provides examples for all.
Covers Lewis structures at an AP Chemistry level. Discusses Lewis structures, molecular theory, types of intermolecular forces (ion-dipole, dipole-dipole, H-bonding, London disperson forces, covalent bonds, metallic bonds), types of crystals.
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Add to cartCovers Lewis structures at an AP Chemistry level. Discusses Lewis structures, molecular theory, types of intermolecular forces (ion-dipole, dipole-dipole, H-bonding, London disperson forces, covalent bonds, metallic bonds), types of crystals.
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