Reading and understanding a journal article is a critical skill to obtain as a student. After college, many students will pursue careers in which learning occurs exclusively from the literature. Students will read a full paper from the journal Inorganic Chemistry and answer guiding questions pertaining to the article. There will be an in class discussion about the article to introduce which is used to introduce the topic of catalysis. This assignment breaks down the article through a series of questions that helps students to navigate a journal article.
Students will look copper complexes which catalyze atom transfer radical addition (ATRA) under sustainable means.
The citation is Inorganic Chemistry 2012, 51, 11917-11929.
- Read a full journal article pertaining to organometallic chemistry
- Critically think about the chemical literature
- Read about and understand organometallic mechanistic and kinetic studies
- Determine that structural and electronic ligand modification influences the reactivity of catalysts
- Describe spectroscopic methods used to obtain rate constants
- Distinugish between coordinating and non-coordinating anions and effects on catalysis
- Define inner and outer spehere electron transfer and relate this to the proposed reaction mechanism
- Explain the mechanistic studies done to probe the lability of the TPMA ligand
I conducted this with a class of senior and junior chemistry majors and it went very well! This is a very long article so you could break this up into more basic topic and then more challenging ones.
Some of these questions could also be used on an exam.
The questions are doable as students in the course actually helped develop these questions. I broke the article up into sections and assigned each section to a group of 4 students who were required to develop at least two questions per section. I then helped form the questions with the students. This model worked well and may be of interest to other people in the community.
But this assignment can be delivered as is - as a literature assignment with the focus on electron transfer, catalysis, mechanistic studies, and kinetics.