CHEM 2310 Lecture Notes - Lecture 7: Fourier-Transform Infrared Spectroscopy, Transition Metal, Elimination Reaction

• School: University of Windsor
• Department: Chemistry and Biochemistry
• Course: CHEM 2310
• Professor: dr.man

Document Summary

Use the following values for molecular weights: c, 12. 011; h, 1. 008; br, 79. 904; cl, 35. 453; o, 15. 999; n, 14. 007 a) One of the following reactions proceeds more slowly than the other. Indicate which of the reactions is faster (or slower), and clearly explain the reasons why this is the case. Include the structure of both reaction products in your answer. Note: isopropyl is a somewhat larger than methyl, and bromine acts as if it s not very large at all. (10 marks) Show the complete mechanism for the following transformation. Classify each of the steps as either initiation, propagation, or termination. Be sure the product structure is included. (10 marks). Predict the major products of the following transformations. Mechanisms are not necessary, but showing your work may be useful (5 marks each, 50 total). What would happen to the final products if n(ch2ch3)3 was used instead in step.