Problem Set 1 for Chem 104a, Fall 2015
Due Thursday, Sept. 3rd 2015, Before Class
1) Calculate the de Broglie wavelengths for the following (give answers in meters and
show your work, please):
a. The
Problem Set 1 for Chem 104A, Fall 2013
Due Sept. 12th, Before Class
DG:
Chapter 1, probs 3, 4
1. Draw radial wave functions, probability functions, and contour maps in x-y plane
for the following orbi
Problem Set 3, 104A Fall 2013
Due Thursday 9/26/13
1. Use the VSEPR model to predict the structures of the following ions/molecules: BeF2,
OF2, PCl4+, SO2, ClF2+, BrF3, BrF5, SbF5, ICl4-.
2. Using VSE
Midterm Exam II
Professor: T. Don Tilley
Chemistry 104A
Inorganic Chemistry
Nov. 3, 2016
100 points
Name : _
Student ID No.: _
NOTE: THIS IS A CLOSED BOOK, CLOSED NOTE EXAM WITH NO CALCULATORS!
Lookin
Problem Set 3 for Chem 104a, Fall 2015
Due Tuesday, Sept. 22nd 2015. Turn in at 9:40 AM to Front of Class
Please show all relevant steps or mathematical operations.
1. Provide an example molecule that
Problem Set 7 for CHEM 104a , Fall 2015
Due Thursday November 19th. Turn in at 9:40 AM in front of class.
Please show all relevant steps or mathematical operations.
1. Draw the unit cell for each of t
Problem Set 5 for Chem 104a, Fall 2015
Due Thursday Oct. 22nd. Turn in at 9:40 AM to Front of Class.
Please show all relevant steps or mathematical operations.
1) Properties of Molecules and Character
Problem Set 8 Key for CHEM 104a, Fall 2015
Due Thursday December 3rd. Turn in at 9:40 AM in front of class.
Please show all relevant steps or mathematical operations.
1. Compare the electrical conduct
1) Construct a microstate table for a p3 configuration. Please enumerate the ms and ml for
each electron in each microstate in the table (Use the format mlms. That is, a spin -1/2
electron in an s orb
Problem Set 2 for Chem 104a, Fall 2015
Due Tuesday, Sept. 15th 2015. Turn in at 9:40 AM to Front of Class
Please show all relevant steps or mathematical operations.
1) Microstates and Microstate Table
Problem Set 4 for Chem 104a, Fall 2015
Due Tuesday, Sept. 13th 2015. Turn in at 9:40 AM to Front of Class
Please show all relevant steps or mathematical operations.
1) Point Groups. Assign the point g
Problem Set 6 for Chem 104a, Fall 2015
Due Thursday Oct. 29th. Turn in at 9:40 AM to Front of Class.
Please show all relevant steps or mathematical operations.
1. Group Theory and Molecular Orbitals/S
Problem Set 6 for Chem 104a, Fall 2015
Due Thursday Oct. 29th. Turn in at 9:40 AM to Front of Class.
Please show all relevant steps or mathematical operations.
1. Group Theory and Molecular Orbitals/S
Midterm Exam II
Professor: T. Don Tilley
Chemistry 104A
Inorganic Chemistry
Nov. 3, 2015
100 points
Name : _
Student ID No.: _
NOTE: THIS IS A CLOSED BOOK, CLOSED NOTE EXAM WITH NO CALCULATORS!
Lookin
Problem Set 8 for CHEM 104a , Fall 2015
Due Thursday December 3rd. Turn in at 9:40 AM in front of class.
Please show all relevant steps or mathematical operations.
1. Compare the electrical conductivi
Chemistry 104A
Instructor:
GSIs:
Inorganic Chemistry
Fall 2015
Don Tilley ([email protected]), 591 Tan Hall
Office Hours: Tues 5-6 pm
Andy Nguyen ([email protected]), Off hrs Thurs, 7-8 pm (60
Problem Set 7 for CHEM 104a , Fall 2015
Due Thursday November 19th. Turn in at 9:40 AM in front of class.
Please show all relevant steps or mathematical operations.
1. Draw the unit cell for each of t
Problem Set 3 for Chem 104a, Fall 2016
Due Thursday, October 13th 2016. Turn in at 9:40AM to front of class.
Please show all relevant steps and mathematical operations.
1. Reduce the following represe
Problem Set 6 for Chem 104a, Fall 2016
Due Tuesday, November 1st 2016. Turn in at 9:40AM to front of class.
Please show all relevant steps and mathematical operations.
1) Select the best response with
Problem Set 8 for CHEM 104a, Fall 2016
Due Thursday December 1st. Turn in at 9:40 AM in front of class.
Please show all relevant steps or mathematical operations.
1. Compare the electrical conductivit
Chem 104A, Fall 2016, Midterm 1 Key
1) Construct a microstate table for a p4 configuration. Please enumerate the ms and ml for
each electron in each microstate in the table. (Use the format mlms. That
Problem Set 3 for Chem 104a, Fall 2016
Due Tuesday, September 27th 2016. Turn in at 9:40AM to front of class.
Please show all relevant steps and mathematical operations.
1. Provide an example molecule
Quantum Numbers
n = principal quantum number, possible values are: any integer from 1 to infinity, this is
to symbolize energy levels
l = orbital angular momentum quantum number, possible values are:
Considerations for Exam 2, 104A, Fall 2016
Exam 2 on Thursday, Nov 6, will cover material discussed through the lecture
period of Thursday, Oct 29, and the corresponding reading material.
The exam wil
Considerations for Exam 1, Chem 104A Fall 2016
Exam 1 on Thursday, Sept 29, will cover material discussed in the lecture periods,
through character tables and Mulliken notation. Note that these last t
Problem Set 5 for Chem 104a, Fall 2016
Due Tuesday, October 25th 2016. Turn in at 9:40AM to front of class.
Please show all relevant steps and mathematical operations.
1) Consider the inorganic molecu
Considerations for the Final Exam, 104A, Fall 2016
The Final Exam on Tuesday, Dec 13, 3-6 pm in LeConte 1 will be comprehensive,
and will cover all the material from the lecture periods, reading assig
Problem Set 7 for CHEM104A, Fall 2016
Due Thursday, November 17th before class.
Please show all relevant steps or mathematical operations
1) In this supposedly infinite two-dimensional array of atoms:
Problem Set 2 for Chem 104a, Fall 2015
Due Tuesday, Sept. 15th 2015. Turn in at 9:40 AM to Front of Class
Please show all relevant steps or mathematical operations.
1. Provide an example molecule that
Valence Bond Theory
Reading: DeKock and Gray, 3-1 to 3-7
Linus Pauling
Molecular Orbital Theory
Reading: DeKock and Gray, Chap 4 (but not 4-8)
Miessler and Tarr, Chap 5
Valence Bond Theory
Valence bon
Simple Bonding Theory
Reading:
MT, Chapter 3
DG, Chapter 2, 2-1 through 2-16
Drawing Lewis Structures
1) Find total number of valence electron pairs:
a) No. of valence electrons per atom = group no. -
Problem Set 1 for Chem 104A, Fall 2017
Due on Tuesday, September 5th 2017, before class
1) Calculate the de Broglie wavelengths for the following (give answers in meters, and show your work):
a) Durin
Problem Set 4 for Chem 104a, Fall 2017
Due Tuesday, October 10th 2017. Turn in at 9:40AM to front of class.
Please show all relevant steps and mathematical operations.
1. Reduce the following represen