General Chemistry Online: Lecture Slide Index

Home Common Compounds Exam Guide FAQ Features Glossary Construction Kits Companion Notes Just Ask Antoine! Simulations Slide Index Toolbox Tutorial Index		Lecture Slide Index Introduction Introduction What is Chemistry? Why Study Chemistry? How Is Chemistry Developed? The Lock-And-Key Model Drug Design Measurement Measurement Measurements Numbers Numbers Base SI Units Derived Units Very Large Units Very Small Units Strategy for Unit Conversion Problems Common Variations Using Compound Units Uncertainty in Measurements Significant Figures Precision of Calculated Results Precision of Sums and Differences Precision of Products and Quotients Using Significant Figures Precision Accuracy Precision vs. Accuracy Estimating Precision Best Estimate of theStandard Deviation Matter Properties of Matter States of Matter Classification of Matter Separating Mixtures Application: The Amnesic Shellfish Poisoning Mystery Separation By Chromatography An Analogy forChromatographic Separation Separation by Chromatography Ion chromatogram of orange juice Elements: An Operational Definition Elements: Names and Symbols Elements: Families and Groups Metals, Nonmetals, and Metalloids Atoms & ions Introduction to Atomic Theory Dalton’s Atomic Theory:Elements Dalton’s Atomic Theory: Compounds Dalton’s Atomic Theory: Chemical Change Do Atoms Have Internal Structure? Probing Atomic Structure: Cathode Rays Discovery of the Electron Thomson’s Plum Pudding Atom Probing Atomic Structure:Alpha Rays Discovery of the Nucleus The Nuclear Atom Structure of the Nucleus Nuclear Tug-of-War Counting Nucleons Counting Electrons Isotopes Mass Spectrometry Atomic Weights from Mass Spectra Mass Defect Nuclear Fusion Compounds Introduction to Chemical Nomenclature Elemental Cations Elemental Anions Common Polyatomic Ions Polyatomic Ion Families Simple Ionic Compounds Simple Covalent Compounds Hydrates Naming Acids Chemical change Chemical Reactions in Solution Solutions Saturated Solutions Properties of Water Polar Solutes Ionic Solutes Experimental Evidence for Ionic Dissociation Electrolytes Classification of Electrolytes Recognizing Strong Electrolytes Guidelines for predicting solubility Recognizing Soluble Salts Recognizing Insoluble Salts Applications Reactions in Solution: Metathesis Two Types of Metathesis Molecular Equations for Metathesis Reactions Ionic Equations Reactions in Solution: Displacement The mole Stoichiometry Molecular Weight Counting Molecules by Weighing Amount of Substance The Mole Chemical Formulas Using Chemical Formulas:Counting atoms & molecules Using Chemical Formulas:Element & compound masses Percentage Composition Using Chemical Formulas:Examples Empirical Formulas Molecular Formulas Mole Relations from Chemical Equations Using Chemical Equations:Examples Limiting Reagents Limiting Reagents Problems with Limiting Reagents Examples Experimental Yield Percentage Yield Stoichiometry in Solution: Molarity Examples Dilution Using Molarities as Conversion Factors Titration Applications: The Breathalyzer Gases Gases The Case of the Insufficiently Abhorrent Vacuum Pressure Measuring Atmospheric Pressure Measuring GasPressure A Molecular Model of Gases Pressure vs. Volume:Boyle’s Law Volume vs. Temperature:Charles’ Law Pressure vs. Temperature:Amonton’s Law Volume vs. Moles of Gas:Avogadro’s Law Simple Calculations With Ideal Gases Examples Estimating Gas Density Determining the Molecular Weight of Volatile Liquids Stoichiometry of Reactions Involving Gases Molecular Velocities Temperature and Velocity Other velocity-related properties Average kinetic energy
		General Chemistry Online! Lecture Slide Index Copyright © 1997-2010 by Fred Senese Comments & questions to fsenese@frostburg.edu Last Revised 02/23/18.URL: http://antoine.frostburg.edu/chem/senese/101/slides.shtml