Antiaromatic - Study guides, Class notes & Summaries

Exam (elaborations) TEST BANK FOR The Art of Writing Reasonable Organic Reaction Mechanisms 3rd Edition By Robert B. Grossman (Solution Manual) sp2 hybridization. One of the lone pairs is in a p orbital, and the other is in an sp2 orbital. Only the lone pair in the p orbital is used in resonance. 1.5. (a) No by-products. C(1–3) and C(6–9) are the keys to numbering. (b) After numbering the major product, C6 and Br25 are left over, so make a bond between them and call it the by-product....

  What is the general formula for a carbohydrate? - Correct Answers: Cx(H2O)y How do you determine the number of stereoisomers for a given carbohydrate? - Correct Answers: 2^n where n= number of stereocenters Distinguish between the D and L designations for carbohydrates. - Correct Answers: In the L form the hydroxy group is on the bottom left closest to the CH2OH group in the frame of a Fischer projection In the D form the OH is on the bottom right What are anomers? - Correct Answe...

1.4. Furan has sp2 hybridization. One of the lone pairs is in a p orbital, and the other is in an sp2 orbital. Only the lone pair in the p orbital is used in resonance. 1.5. (a) No by-products. C(1–3) and C(6–9) are the keys to numbering. (b) After numbering the major product, C6 and Br25 are left over, so make a bond between them and call it the by-product. 1.6. (a) Make C4–O12, C6–C11, C9–O12. Break C4–C6, C9–C11, C11–O12. (b) Make C8–N10, C9–C13, C12–Br24. Break O...

This document is a summary of the aromatic compounds chapter of the organic chemistry 2 course. It is digitally taken, handwritten notes. Notes in this chapter cover aromaticity, including Huckel’s number. It also includes a list of the most common aromatic compounds that must be memorized, naming di and tri substituted benzene derivatives. Lastly, it includes reactions on the side chain of a benzene ring, showing mechanisms as necessary as well as notes that further explain anything that ma...

5/4/2023 lecture notes, lecture 2 with Matt Bowman, Introductory Organic Chemistry I Spring Semester 2023