5.112 Principles of Chemical Science
Fall 2011
Instructors: Stephen J Lippard, Keith A Nelson
TAs: Patricia D Christie, Kurt James Cox, Grace Han, Andrew Davis Horning, Vsevolod M Ivanov, Daniel Kozera, Wankyu Lee, Jenny Liu, Jian Lu, Andrew Gerard Maher, Michael George Mavros, Benjamin Kwasi Ofori-Okai, Coyin Oh, Sven Schlumpberger, Katherine J Silvestre, Edward Amilkar Valle, Lu Wang
Lecture: MWF11 (32-123)
Subject Description:
Introduction to chemistry, with emphasis on basic principles of atomic and molecular electronic structure, thermodynamics, acid-base and redox equilibria, chemical kinetics, and catalysis. Introduction to the chemistry of biological, inorganic, and organic molecules.
Announcements
Looking at your final exam in Chemistry
Please send email to Patti (patti@mit.edu) to arrange an appointment.
Patti
Announced on 03 January 2012 9:16 a.m. by Patricia D Christie
5.112 Final exam details
Prof. Lippard's section of the exam worth 200 points covers all of the lectures he gave (lectures 19 to 36). The exam outline was previously sent
Prof. Nelson's section of the exam worth 100 points covers the first 18 lectures. You have previous exams, review sheets and this year's exams to use as study tools.
The equation sheet will not be released before the exam.
We are taking the exam in Johnson on the indoor track on Wed at 9 am.
patti
Announced on 19 December 2011 6:56 p.m. by Patricia D Christie
Optional review session for 5.112
There will be office hours hosted by the TAs on Tuesday December 20th from 2 pm in 8 pm in 4-159.
You can also post your questions via the Google groups website.
patti
Announced on 14 December 2011 3:36 p.m. by Patricia D Christie
5.35 Intro to Experimental Chemistry Lab Open to Freshmen
Dear Class,
The Chemistry Department invites you to explore the “hands-on” side of chemistry by enrolling in 5.35 this coming spring. 5.35 Introduction to Experimental Chemistry is the beginning of a laboratory curriculum sequence required of all Course V majors. 5.35 modules will introduce students to modern spectroscopy techniques that reveal a variety of molecular and biomolecular properties (module 1), synthesis of inorganic coordination compounds and reaction kinetics (module 2) and the polymerization of electroluminescent polymers that will be used to construct working organic light emitting devices (OLEDs) (module 3).
If you have completed 5.111 or 5.112, you are eligible to enroll in 5.35 Module 1 for 4 units or 5.35 Modules 1 and 2 for 8 units. For those of you who will be taking 5.12 in the spring, you will be able to enroll in Modules 1, 2 and 3 for 12 units of 5.35.
A detailed description of the URIECA sequence is given at http://web.mit.edu/chemistry/www/academic/urieca.html . The enrollment in these modules is limited to 35 students. In the spring semester, preference is given to freshmen. For more information, contact Ms. Melinda Cerny, Assistant Director of Chemical Education at cerny@mit.edu , 3-0909, and 2-204.
Announced on 12 December 2011 2:17 p.m. by Melinda G Cerny
Instructions for the final exam for 5.112 are posted
Remember that the final exam in 5.112 is on Wednesday December 21st at 9 am in the Indoor Track in the Johnson Athletic Center.
patti
Announced on 11 December 2011 7:34 a.m. by Patricia D Christie