Difference between revisions of "PChem322 21 w2"
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==Fri, Feb 5, 2021== | ==Fri, Feb 5, 2021== | ||
Start Chapter 2 | Start Chapter 2 | ||
| + | ===Section 2.1 - Skip for now=== | ||
| + | ===Section 2.2=== | ||
| + | [[Media:HW5_Standing_wave.pdf|HW: Derivation of Standing Wave Equation]] | ||
Revision as of 19:16, 5 February 2021
Monday Feb 1, 2021
Chapter 1: From Classical to Quantum Mechanics
Intro, Sec 1.1, Sec 1.5/ 1.6
- DOUBLE SLIT EXPERIMENT (5:13 min)
- - pause at 3:39 min
Weds, Feb 3, 2021
- - finish up Chapter 1
Particle - Wave Duality worksheet
Thurs, Feb 4, 2021
Lab
Mathematica Activity
- - Plot --> sin x over 0-->10 range
- - Add Manipulate to function --> a*sin x
- - Add Manipulate to function --> a*sin b*x
- - Add Manipulate to function --> a*sin (b*x + c)
- - Add Manipulate to function --> a*sin (b*x + c) + d
Linear Combination of "Colors": An Igor Activity
- 1) Collect the UV-Vis spectra for red, yellow, and blue food coloring solutions.
- 2) Download ".csv" file (ASCII format) to a USB drive and return to your computer.
- 3) "Load" these three sets of data (6 waves in total) into Igor and plot all three data sets on a single graph (360 nm - 800 nm).
- 4) Now, collect the UV-Vis spectrum of a mixture provided; download, load into Igor, and plot of separate graph.
- We would now like to analyze this UV-Vis data of the mixture to determine the amount of each of the dyes present. What we are doing is "simulating" the mixture spectrum.
- 5) "Duplicate" the mixture wave associated with the absorbance.
- 6) ...working on this more later...
Fri, Feb 5, 2021
Start Chapter 2