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Lecture Slide Index
- 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 the Standard Deviation
- Properties of Matter
- States of Matter
- Classification of Matter
- Separating Mixtures
- Application: The Amnesic Shellfish Poisoning Mystery
- Separation By Chromatography
- An Analogy for Chromatographic 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
- 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
- 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
- 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
- The Case of the Insufficiently Abhorrent Vacuum
- Pressure
- Measuring Atmospheric Pressure
- Measuring Gas Pressure
- 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
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General Chemistry Online! Lecture Slide Index
Copyright © 1997-2005 by Fred Senese
Comments & questions to fsenese@frostburg.edu
Last Revised 07/31/07.URL: http://antoine.frostburg.edu/chem/senese/101/slides/index.shtml