PHYS 1403 Week 2 Lab Report | Assignment Help | Central Texas College
- Central Texas College / PHYS 1403
- 27 Apr 2021
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- Science Assignment Help / Physics Assignment Help
PHYS 1403 Week 2 Lab Report | Assignment Help | Central Texas College
Lesson 2 Lab : Hydrogen Models
Lesson 2 Lab: Hydrogen Models examines the properties of the hydrogen atom in order to explore
the nature of emission and absorption spectra that astronomers use to identify
the composition of stars, nebula, and other astronomical objects. The Hydrogen
Energy Levels Lab introduces the concept of how quantum mechanics and light relate
with respect to the Hydrogen atom. The Energy Levels simulator allows dynamic
interaction with a Bohr model version of a single Hydrogen atom. The Thermal
Distribution histogram gives a temperature dependent plot of occupied states
for many, many atoms.
Getting started with Lesson 2 Lab: Hydrogen Models:
·
First, select the following link and
work through the background sections on Energy Levels, Light, Transitions, and
Level Abundances at:
Next, open the following link and
familiarize yourself with the capabilities of the Hydrogen Atom Simulator
through experimentation:
After familiarizing yourself with the
simulation interactive, follow instructions and answer questions in the Lesson 2
Lab - Hydrogen Models Worksheet.
Note: The Lab Simulators require Flash Player which is integrated into
Windows 10 and work best with Internet Explorer (IE). To avoid technical issues
IE is recommended for running the simulations. If you try another browser you
will need to set up flash player options for that browser yourself. For
example, if you are using Chrome, go to the upper left of the URL browser
entry, select "Not Secure" then select "Allow" to give
Chrome permission to open the simulator.
Submit your Lab Worksheet Answers
·
Select the Lesson 2 Lab: Hydrogen Models link above. Then answer the questions using the answers from your
worksheet.
Labs do not have a time limit but are due on the due date of the lesson
posted in the Syllabus Page 2.
Simulations courtesy of Astronomy
Education at the University of Nebraska-Lincoln website.
USA 
India