_ Exam 1
CHM 3400, Dr. Chatfield
Read through the queStions thoroughly, Set up the answers carefully, show your work,
and be neat. There are 5 questions;each is WOrth 20 points. There is also an ext
Exam 1
CHM 3400, Dr. Chatﬁeld
Read through the questions thoroughly, set up the answers carefully, show your work,
and be neat. There are 5 questions; each is worth 20 points. There is also an extra c
Method of Initial Rates in the Bromination of Acetone
Abstract:
In this experiment we were to perform the reaction for the bromination of
acetone with the use of a catalyst, which was HCl. With the he
CHM 3411 - Physical Chemistry 2
Second Hour Exam
March 4, 2011
There are six problems on the exam. Do all of the problems. Show your work.
_
NA = 6.022 x 1023
me = 9.109 x 10-31 kg
1 eV = 1.602 x 10-1
Name
Exam 2
CHM 3400, Dr. Cllateld
Read through the questions thoroughly, set up the answers carefully, show your work,
and be neat. There are 6 questions, each worth 16 points (4 points are free, f
Name.
Exam 2
CHM 3400, Dr. Chateltl
Read through the questions thoroughly. set up the answers carefully. show your work.
and be neat. 'lherc are 6 questions, each worth 16 points (4 points are free. f
CHM 3400 Problem Set 2
Due date: Wednesday, January 30th
Do all of the following problems. Show your work.
1) The molar volume of a real gas can be written in terms of a power series expansion in pres
CHM 3400 Problem Set 9
Due date: Monday, April 8 th. NOTE: The third hour exam is Wednesday, April 10 th. It will cover material from
Chapters 7. 9, 10, and 11 in Atkins.
Do all of the following probl
CHM 3400 Problem Set 10
Due date: Wednesday, April 18 th. The final exam is Monday, April 23 rd, from 5:00pm to 7:00pm. It will be
comprehensive. The new material that we have covered since the third
CHM 3400 Fundamentals of Physical Chemistry
First Hour Exam
February 8, 2017
There are five problems on the exam. Do all of the problems. Show your work
_
R = 0.08206 Latm/moleK
NA = 6.022 x 1023
R =
CHM 3400 Fundamentals of Physical Chemistry
First Hour Exam
September 25, 2014
There are five problems on the exam. Do all of the problems. Show your work
_
R = 0.08206 L.atm/mole.K
NA = 6.022 x 1023
CHM 3400 Fundamentals of Physical Chemistry
Second Hour Exam
October 23, 2014
There are six problems on the exam. Do all of the problems. Show your work
_
R = 0.08206 L.atm/mole.K
NA = 6.022 x 1023
.
CHM 3400 Fundamentals of Physical Chemistry
Third Hour Exam
November 25, 2014
There are five problems on the exam. Do all of the problems. Show your work
_
R = 0.08206 L.atm/mole.K
NA = 6.022 x 1023
.
Samar 74> Erma. ax/as an;
Practice Questions for Exam 1 (samples from prior years)
Read the questions thoroughly, set up the answers carefully, Show your work, and be
neat. Partial credit will be give
Exam 1
CHM 3400, Dr. Chateld
Read through the questions thoroughly, set up the answers carefully. show your work,
and be neat. There are 5 questions; each is worth 20 points. Partial credit will be gi
CHM 3400 Problem Set 7
Due date: Wednesday, March 28th.
Do all of the following problems. Show your work.
"Van't Hoff was the first chemist to make the connection between free energy and voltage, but
CHM 3400 Problem Set 6
Due date: NONE. The problems here are for practice for the upcoming exam, and the solutions will be posted.
Exam 2 will be Wednesday, March 6 th. It will cover the material from
CHM 3410 Problem Set 8
Due date: Wednesday, November 10th. (NOTE: The third hour exam is Friday, November 19 th).
Do the following problems. Show your work.
1) The rate of effusion Atkins, (pp 754-755
CHM 3410 Problem Set 9
Due date: Wednesday, November 9th
Do all of the following problems. Show your work.
Everyone believes an experiment except the person who conducted it. Albert Einstein
1) Consid
1
Exam 2 Practice Problems (solutions will be posted later)
1. (a) Determine the boiling point of methanol in a rotovap in
which the pressure is 0.500 bar. Given: The standard boiling
point of methano
Exam 2 Practice Problems '5’" e/LﬂL/W;
1. (a) Determine the boiling point of methanol in a rotovap in
which the pressure is 0.500 bar. Given: The standard boiling
point of methanol (i.e. Tb at p = 1 b