Quantum+Physics

=Learning Outcomes:= toc

=Latest news on Quantum Physics := Visit the link @http://www.nobelprize.org/nobel_prizes/physics/laureates/2012/popular-physicsprize2012.pdf, to know more about the Nobel Prizes being given in this area.

=An Important Powerpoint Presentation:=

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=Physics-online.com/app=

Finish the mathematical derivations of Bohr's atomic model by referring to..@http://www.walter-fendt.de/ph14e/bohrmath_e.htm and use the **Bohr's Atom Java simulation** to check the radius and energy values from the folllowing app
 * 1) Go to the website @http://www.physics-online.com/app/ and login
 * 2) Choose IB Physics and then the following option
 * 3) [[image:Capture.JPG]]
 * 4) Then go the following simulation:



In the above simulation predict and match the observed transitions.

= = =A simulation on Photoelectric Effect := Look at the following simulation: Develop and write some key observations

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=Important Videos:=

Water waves:
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An animation to show wave nature of a particle
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Developing the wave mechanical model of an atom:
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=Important Resources:=

=Quiz on Quantum Physics= media type="custom" key="21878318"
 * Time line showing the development of the various atomic models || @http://www.commonsensescience.org/atom_models.html ||
 * Detailed discussion on Rutherford, Bohr and Schrodinger's atomic models || @http://physics.info/atomic-models/ ||
 * The history of atoms.. || [] ||
 * An interesting discussion between Heisenberg and Einstein || [] ||
 * Comparison of Bohr model and Schrodinger model || [] ||
 * Mathematical calculations for Bohr's model || [] ||
 * || @http://chemed.chem.wisc.edu/chempaths/GenChem-Textbook/Bohr-Theory-of-the-Atom-1038.html ||