Chemistry Manual 2012-2013 - Edison State College
Chemistry Manual 2012-2013 - Edison State College
Chemistry Manual 2012-2013 - Edison State College
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Blake Schmidt - Unit 11 Page 58<br />
Unit 11: Quantum Theory<br />
Wave Interference Simulation<br />
Let's get familiar with waves. Just not at the beach!<br />
Properties of Waves<br />
By now, we are very familiar with the behavior of particles. But to develop our understanding<br />
of the atom further, we will need to investigate the properties of waves, including the basic<br />
mathematical relationships that describe them.<br />
Blackbody Radiation and the Photoelectric Effect Simulations<br />
These two experiments were instrumental in developing quantum theory.<br />
Do the Wave Presentation<br />
Describing Light Lab<br />
Use spectrascopes to describe the light emitted by three different sources.<br />
Emission spectra/Flame Test Lab<br />
Each element emits a unique spectra of light, like a fingerprint. We'll use a burner flame to<br />
coax several elements into emitting their unique brand of light.<br />
Atom<br />
This 3-hour BBC series will guide us through the brilliant people and thoughts that shaped<br />
quantum theory and the implications of quantum theory on society. For anyone interested in<br />
exploring quantum theory further, I highly recommend reading the book "Atom" by Piers<br />
Bizony that accompanies this video. Students should be familiar with the following scientists<br />
and concepts for the test.<br />
Albert Einstein, Brownian Motion, Louis de Broglie, Erwin Schrödinger, Wave Function,<br />
Neils Bohr, Wolfgang Pauli, Exclusion Principle, Werner Heisenberg, Copenhagen<br />
Interpretation, Quantum Jumps, Madame Curie, Ernest Rutherford, JJ Thomson, Solar<br />
System Model, Otto Hahn, Lise Meitner, Max Planck, Hans Geiger, Francis Aston, Mass<br />
Spectrometer, James Chadwick, Wilson and Penzias, Fred Hoyle, George Gamow, Paul<br />
Dirac, Richard Feynman, Murray Gell-Mann, QED, Anti-matter, Positron, Quark.<br />
U11 EP1<br />
The Quantum Atom Model Presentation<br />
U11 EP2