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Introductory Chemistry notes
Steven S. Zumdahl, Donald J. DeCoste - ISBN: 9780495830290
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View all 13 notes for Introductory Chemistry, written by Steven S. Zumdahl, Donald J. DeCoste. All Introductory Chemistry notes, flashcards, summaries and study guides are written by your fellow students or tutors. Get yourself a Introductory Chemistry summary or other study material that matches your study style perfectly, and studying will be a breeze.
Best selling Introductory Chemistry notes
Class notes on organic chemistry, introducing hydrocarbons, their complete and condensed structure, organic structure, nomenclature (prefixes and suffixes), steps to naming hydrocarbons using the IUPAC system, naming halides, isomers, functional groups, polymerization. A summary of organic chemistry functional groups is included in the notes (class of compound, functional group, general formula, naming suffix, example) along with practice problems for identifying functional groups and drawing or...
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Class notes on organic chemistry, introducing hydrocarbons, their complete and condensed structure, organic structure, nomenclature (prefixes and suffixes), steps to naming hydrocarbons using the IUPAC system, naming halides, isomers, functional groups, polymerization. A summary of organic chemistry functional groups is included in the notes (class of compound, functional group, general formula, naming suffix, example) along with practice problems for identifying functional groups and drawing or...
Summary of different molecules/molecular ions, their valence electron calculations, lewis dot structure with resonance structures, VSEPR formula, 3D structure, geometric shape and bond angle, polarity, and type of intermolecular force.
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Summary of different molecules/molecular ions, their valence electron calculations, lewis dot structure with resonance structures, VSEPR formula, 3D structure, geometric shape and bond angle, polarity, and type of intermolecular force.
Class notes on reaction rates, endo/exothermic reactions, factors that affect reaction rate, equilibrium, designations of K, K expressions, Le Chatelier's Principle, effect of adding/removing stress on a system at equilibrium, calculating shifts in equilibrium position, worked out examples of Le Chatelier's principle, solubility equilibria. Includes many worked out example problems.
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Class notes on reaction rates, endo/exothermic reactions, factors that affect reaction rate, equilibrium, designations of K, K expressions, Le Chatelier's Principle, effect of adding/removing stress on a system at equilibrium, calculating shifts in equilibrium position, worked out examples of Le Chatelier's principle, solubility equilibria. Includes many worked out example problems.
Class notes on different gas laws from Boyle, Charles, Gay-Lussac, Avogadro, combined gas law, kinetic molecular theory, diffusion, partial pressures, and more. The second part of these notes focus on heating and cooling curves (freezing, melting, evaporation, etc) and phase diagrams.
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Class notes on different gas laws from Boyle, Charles, Gay-Lussac, Avogadro, combined gas law, kinetic molecular theory, diffusion, partial pressures, and more. The second part of these notes focus on heating and cooling curves (freezing, melting, evaporation, etc) and phase diagrams.
Class notes on properties of acids and bases, vocab, conjugate acid-base pairs, acid strength, types of reactions, water as an acid and base, pH of salts (product of strong acids and strong base, strong acid and weak base, etc), buffered solutions, neutralization reactions, balancing and writing net ionic reactions for an acid-base reaction, titrations, etc.
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Class notes on properties of acids and bases, vocab, conjugate acid-base pairs, acid strength, types of reactions, water as an acid and base, pH of salts (product of strong acids and strong base, strong acid and weak base, etc), buffered solutions, neutralization reactions, balancing and writing net ionic reactions for an acid-base reaction, titrations, etc.
Class notes: Review of redox reactions, oxidation states for different elements based on priority with examples, cell potential, steps to calculating the cell potential of a redox reaction, balancing redox reactions using the half-reaction method, balancing redox reactions in acidic solutions, electrochemistry (production of an electric current through a redox reaction), electrodes and their types, salt bridges, dry cell batteries (acid and alkaline batteries), corrosion, electrolysis
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Class notes on ionic and covalent compounds, polarity, IMFs, VSEPR theory, etc. (Introductory High School Chemistry)
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Class notes on ionic and covalent compounds, polarity, IMFs, VSEPR theory, etc. (Introductory High School Chemistry)
Class notes on atomic structure and nuclear chemistry (Introductory High School Chemistry)
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Class notes on atomic structure and nuclear chemistry (Introductory High School Chemistry)
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Class notes on electromagnetic radiation, atomic emission, models of the atom, electron configuration, periodic trends (Introductory High School Chemistry)
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Newest Introductory Chemistry summaries
Class notes on organic chemistry, introducing hydrocarbons, their complete and condensed structure, organic structure, nomenclature (prefixes and suffixes), steps to naming hydrocarbons using the IUPAC system, naming halides, isomers, functional groups, polymerization. A summary of organic chemistry functional groups is included in the notes (class of compound, functional group, general formula, naming suffix, example) along with practice problems for identifying functional groups and drawing or...
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Class notes on organic chemistry, introducing hydrocarbons, their complete and condensed structure, organic structure, nomenclature (prefixes and suffixes), steps to naming hydrocarbons using the IUPAC system, naming halides, isomers, functional groups, polymerization. A summary of organic chemistry functional groups is included in the notes (class of compound, functional group, general formula, naming suffix, example) along with practice problems for identifying functional groups and drawing or...
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Class notes on molecular, complete ionic, and net ionic reactions; acids and bases reactions; oxidation-reduction reactions; combination synthesis, decomposition, combustion, single/double displacement reactions. With a detailed breakdown on how to approach each concept.
Summary of different molecules/molecular ions, their valence electron calculations, lewis dot structure with resonance structures, VSEPR formula, 3D structure, geometric shape and bond angle, polarity, and type of intermolecular force.
- Exam (elaborations)
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Summary of different molecules/molecular ions, their valence electron calculations, lewis dot structure with resonance structures, VSEPR formula, 3D structure, geometric shape and bond angle, polarity, and type of intermolecular force.
Class notes on reaction rates, endo/exothermic reactions, factors that affect reaction rate, equilibrium, designations of K, K expressions, Le Chatelier's Principle, effect of adding/removing stress on a system at equilibrium, calculating shifts in equilibrium position, worked out examples of Le Chatelier's principle, solubility equilibria. Includes many worked out example problems.
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Class notes on reaction rates, endo/exothermic reactions, factors that affect reaction rate, equilibrium, designations of K, K expressions, Le Chatelier's Principle, effect of adding/removing stress on a system at equilibrium, calculating shifts in equilibrium position, worked out examples of Le Chatelier's principle, solubility equilibria. Includes many worked out example problems.
Class notes on different gas laws from Boyle, Charles, Gay-Lussac, Avogadro, combined gas law, kinetic molecular theory, diffusion, partial pressures, and more. The second part of these notes focus on heating and cooling curves (freezing, melting, evaporation, etc) and phase diagrams.
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Class notes on different gas laws from Boyle, Charles, Gay-Lussac, Avogadro, combined gas law, kinetic molecular theory, diffusion, partial pressures, and more. The second part of these notes focus on heating and cooling curves (freezing, melting, evaporation, etc) and phase diagrams.
Class notes on different types of solutions, calculating concentration, the solubility curve, and many practice example problems on calculating molarity, morality, concentration, mass percent, volume, and more. Concept explanations/reasoning for real-life examples are included.
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Class notes on different types of solutions, calculating concentration, the solubility curve, and many practice example problems on calculating molarity, morality, concentration, mass percent, volume, and more. Concept explanations/reasoning for real-life examples are included.
Class notes on properties of acids and bases, vocab, conjugate acid-base pairs, acid strength, types of reactions, water as an acid and base, pH of salts (product of strong acids and strong base, strong acid and weak base, etc), buffered solutions, neutralization reactions, balancing and writing net ionic reactions for an acid-base reaction, titrations, etc.
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Class notes on properties of acids and bases, vocab, conjugate acid-base pairs, acid strength, types of reactions, water as an acid and base, pH of salts (product of strong acids and strong base, strong acid and weak base, etc), buffered solutions, neutralization reactions, balancing and writing net ionic reactions for an acid-base reaction, titrations, etc.
Class notes: Review of redox reactions, oxidation states for different elements based on priority with examples, cell potential, steps to calculating the cell potential of a redox reaction, balancing redox reactions using the half-reaction method, balancing redox reactions in acidic solutions, electrochemistry (production of an electric current through a redox reaction), electrodes and their types, salt bridges, dry cell batteries (acid and alkaline batteries), corrosion, electrolysis
- Summary
- • 6 pages •
Class notes: Review of redox reactions, oxidation states for different elements based on priority with examples, cell potential, steps to calculating the cell potential of a redox reaction, balancing redox reactions using the half-reaction method, balancing redox reactions in acidic solutions, electrochemistry (production of an electric current through a redox reaction), electrodes and their types, salt bridges, dry cell batteries (acid and alkaline batteries), corrosion, electrolysis
Introductory chemistry class notes on stoichiometric calculations for reactants and products, Avogadro's number, calculating limiting and excess reactants, theoretical and percent yield, and more
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Introductory chemistry class notes on stoichiometric calculations for reactants and products, Avogadro's number, calculating limiting and excess reactants, theoretical and percent yield, and more
Class notes on energy, temperature and heat, thermodynamics, endothermic and exothermic processes, enthalpy and entropy, Hess's Law, and various worked-out practice problems.
- Summary
- • 5 pages •
Class notes on energy, temperature and heat, thermodynamics, endothermic and exothermic processes, enthalpy and entropy, Hess's Law, and various worked-out practice problems.
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