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Civil Engineering (Academic Year 2006-2007)

Chemistry



Slides

Lesson n. 1: Welcome in the chemistry world
   Material science
   Electronics
   Self-assembling
   Replication
   Specificity
   Energy conversion
   Sensors 		Go to this slide Emma Angelini
Lesson n. 2: Periodic Table
   Early chemical knowledge
   Chemical symbols
   Chemical formulas
   Periodic Table
   Rutherford atomic model
   Atomic number, Mass number 		Go to this slide Emma Angelini
Lesson n. 3: Atomic structure
   Atomic mass
   Mole
   Quantum revolution
   Photoelectric effect
   Bohr atomic model
   Atomic emission spectra 		Go to this slide Emma Angelini
Lesson n. 4: Electron configurations
   Uncertainty Principle
   Quantum mechanical atomic model
   Orbitals
   Pauli exclusion principle
   Hund's Rule
   Electron configurations 		Go to this slide Emma Angelini
Lesson n. 5: Chemical bonding
   Electron configurations
   Atomic Radius
   Ionization Energy
   Electron Affinity
   Metallic and non-metallic character
   Chemical bonding
   Ionic bonds
   Covalent bonds
   Metallic bonds 		Go to this slide Emma Angelini
Lesson n. 6: Molecular orbitals
   Lewis dot symbology
   Ionic bonds
   Electronegativity
   Covalent bonds
   Molecular orbitals 		Go to this slide Emma Angelini
Lesson n. 7: Multiple bond
   VSEPR Theory
   VB theory
   Hybrid orbitals
   Multiple bonds 		Go to this slide Emma Angelini
Lesson n. 8: Metallic bonds
   Multiple bonds
   Bond energies
   Aromatic compounds
   PNA
   Metallic bonds
   Band theory 		Go to this slide Emma Angelini
Lesson n. 9: Intermolecular bonds
   Intermolecular bonds
   ion-dipole interactions
   dipole-dipole interactions
   London dispersion forces
   Hydrogen bonds
   Electronegativity
   Viscosity 		Go to this slide Emma Angelini
Lesson n. 10: States of matter
   Solubility
   Wettability
   States of matter
   Gases
   Ideal Gases
   Real Gases 		Go to this slide Emma Angelini
Lesson n. 11: Condensed matter
   Kinetic theory of gases
   Liquids
   viscosity
   Surface tension
   Solids
   Ionic Solids 		Go to this slide Emma Angelini
Lesson n. 12: Phase transitions
   states of matter
   Phase transitions
   Heating curves
   Phase diagrams
   Supercritical fluids 		Go to this slide Emma Angelini
Lesson n. 13: Solutions Go to this slide Emma Angelini
Lesson n. 14: Microscopies Go to this slide Emma Angelini
Lesson n. 15: Structures Go to this slide Emma Angelini
Lesson n. 16: Crystals Go to this slide Emma Angelini
Lesson n. 17: Defects In Solids Go to this slide Emma Angelini
Lesson n. 18: Chemical Kinetics Go to this slide Emma Angelini
Lesson n. 19: Chemical Equilibrium Go to this slide Emma Angelini
Lesson n. 20: Organic Chemistry Go to this slide Emma Angelini
Lesson n. 21: Organic Functional Groups Go to this slide Emma Angelini
Lesson n. 22: Polymers Go to this slide Emma Angelini
Lesson n. 23: Electrochemistry Go to this slide Emma Angelini
Lesson n. 24: Energy Storage Go to this slide Emma Angelini
Lesson n. 25: Surface Modifications Go to this slide Emma Angelini