SUNY ESF
FCH 361 - Physical Chemistry II
Kinetics
- JPL Data Evaluation #19 - Chemical Kinetics and Photchemical Data for Use in Atmospheric Studies
- Kintecus -an easy-to-learn way to simulate kinetics in well-mixed systems
Quantum Mechanics
- Rotation-vibrational spectrum of HCl and HCl and DCl
- Molecular Orbitals and PhotoElectron Spectroscopy
- Applets for Physical Chemistry – from R. K. Thomas of Oxford University
MOs of CH4 - Does sp3 hybridization show up in MOs of CH4? - Figure 3.
Illustration of spherical polar coordinates
Equations for the Radial wave function of a one-electron atom - Note that it is more general to use the value of a (which depends on the reduced mass) rather than a0 (the Bohr radius, which approximates the reduced mass as the electron mass).
Contents
- Syllabus - The most valuable information may not be in the text or your notes!
- Schedules with assignments corresponding to the Eight Edition and Ninth Edition of the textbook.
- Additional Information - Learning resources and links to useful information
- Homework - Exercises and graded Problems.
Additional Information
General Links and Resources
- Advice and Information about Exams - Important!
Kinetics
- JPL Data Evaluation #19 - Chemical Kinetics and Photchemical Data for Use in Atmospheric Studies
- Consecutive Reactions worksheet and Consecutive Reactions pdf file - PDF file showing variants of Figure on concentrations versus time for consecutive
elementary reactions for three ratios of ka/kb and with ka fixed at 103 s-1. This is for the reaction scheme with the elementary reactions:
A -> I with rate constant kA
I -> Products with rate constant kB - Steady State Approximation for H2 + Br2 Reaction - PDF file which justifies the very strange rate law for the H2 + Br2 reaction.
- Concentration versus time for 4 scenaries of the system A = B -> C - Using Kintecus. Created by TSD.
Quantum Mechanics
- Planck Distribution at two temperatures - Excel spreadsheet and Graph by TSD
- Transmission Coefficient for a square potential barrier - Excel spreadsheet by TSD
- Animations and explanations for tunneling and quantum scattering - copyright Leon van Dommelen at FSU
- Lecture notes from Grant Ritchie
- Rotation-vibrational spectrum of HCl and HCl and DCl
- Illustrations of the integrand for computing the transition dipole moment for Δn=+2 for a particle in a 1-D box
- Molecular Orbitals and PhotoElectron Spectroscopy
- MOs of CH4 - Does sp3 hybridization show up in MOs of CH4?
- Figures showing the Rydberg series for Hydrogen atom: Figure 1, Figure 2, and Figure 3.
- Illustration of spherical polar coordinates
- Equations for the Radial wave function of a one-electron atom - Note that it is more general to use the value of a (which depends on the reduced mass) rather than a0 (the Bohr radius, which approximates the reduced mass as the electron mass).
Homework
- Homework#1: Do the Exercises to prepare you for the graded Problems. Ansers to Exercises are usually posted to Blackboard about the same time as the Exercises appear here. You will need the following Excel file.
- Homework#2
- Homework#3: Revised February 14, 2020
- Homework#4
- Homework#5: Revised Thursday, March 12 at 3:30 p.m.
- Homework#6
- Homework#7
- Homework#8: You will need this Excel file