Offers extensive, detailed notes of all content covered in Principles of Chemistry I. Covers Units 1-4: Atoms, Bonding, Gases, States of Matter, Intermolecular Forces, and Thermodynamics. Includes content notes and lecture notes.
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Topics covered: Electromagnetic Radiation – Ranking and Calculation Interactions between Light & Matter Downfall of Classical Mechanics: Photoelectric Effect – Theory and Calculation Rydberg Equation – Theory and Calculation de Broglie Equation Quantum Numbers and the Hydrogen Atom Qua...
Preview 2 out of 10 pages
Add to cartTopics covered: Electromagnetic Radiation – Ranking and Calculation Interactions between Light & Matter Downfall of Classical Mechanics: Photoelectric Effect – Theory and Calculation Rydberg Equation – Theory and Calculation de Broglie Equation Quantum Numbers and the Hydrogen Atom Qua...
Topics covered: Bond Polarity based on ΔElectronegativity Ionic Compounds: Naming, Formulas, and Lattice Energy Lewis Structures: Octet Rule, Lewis Structures: Hypovalency, Radicals, and Hypervalency Lewis Structures: Double and Triple Bonds Lewis Structures: Resonance Lewis Structures: Mult...
Preview 3 out of 17 pages
Add to cartTopics covered: Bond Polarity based on ΔElectronegativity Ionic Compounds: Naming, Formulas, and Lattice Energy Lewis Structures: Octet Rule, Lewis Structures: Hypovalency, Radicals, and Hypervalency Lewis Structures: Double and Triple Bonds Lewis Structures: Resonance Lewis Structures: Mult...
Topics covered: Eponymous Gas Laws – Relationships and Calculations Combined Gas Law – Calculation Ideal Gas Law: Molecular Weight and Density – Derivation and Calculation Dalton’s Law of Partial Pressures – Calculation Balancing a Combustion Reaction Gas Reaction Stoichiometry Kine...
Preview 3 out of 16 pages
Add to cartTopics covered: Eponymous Gas Laws – Relationships and Calculations Combined Gas Law – Calculation Ideal Gas Law: Molecular Weight and Density – Derivation and Calculation Dalton’s Law of Partial Pressures – Calculation Balancing a Combustion Reaction Gas Reaction Stoichiometry Kine...
Topics covered: Thermodynamics Terms and Characteristics Thermodynamic Signs First Law: Internal Energy Theory Calculating Internal Energy (ΔU = q + w) Heat Capacity and Specific Heat Capacity Calculating work (w) for Gases (w = –PΔV) First Law: Enthalpy Theory Heating Curve – Descript...
Preview 3 out of 17 pages
Add to cartTopics covered: Thermodynamics Terms and Characteristics Thermodynamic Signs First Law: Internal Energy Theory Calculating Internal Energy (ΔU = q + w) Heat Capacity and Specific Heat Capacity Calculating work (w) for Gases (w = –PΔV) First Law: Enthalpy Theory Heating Curve – Descript...
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