Organic Chemistry

(4 pts.) 2. Give the starting materials used in each retro-synthesis. COOH the- Fo

There is a lot of chemistry going on all around you. If you start to observe a bit more intentionally, you will notice many new discoveries, articles, news stories, and breakthrough research happening exerxday. And science can only be useful and keep moving forward if it is shared. For this topic, I want you to find a Chapter Topic in Plant-Based Natural Products: Derivatives and Applications (a book found in the APUS Library) that is interesting to you and share it with the class. https://ebookcentral.proquest.com/lib/apus/reader.action?docID=492 3303&query=organic+chemistry

Homolytic fission of nonpolar covalent bonds produc ____ lons radicals molecules electrons 2.The electrophile (E) is an organic

Q2: Predict what the main product of the following organic reactions?

(a) Use your knowledge of stereochemistry of addition of HCI to a double bond and stereochemical principles and draw the line structures of A & B. (b) Comment on the number stereoisomers related to A & B. (c) Draw the line structures of these related stereoisomers. What is the relationship among the stereoisomers? Number all the stereoisomers for reference purposes. (d) Are the two compounds A & B optically active or not? Give reasons for your answer (e) Redraw products A & B, number all the carbon atoms and assign the absolute configuration of each stereogenic centre. (f) Show by using curved arrows how the intermediate that will eventually lead to the products of the reaction, will form in the first step of the mechanism. The complete reaction mechanism is not required.

Question 2 Draw all the products of the following mechanism steps by interpreting the curved arrows.

4. For the main chemical, provide the relevant reaction (s) in which it is involved.

1. Given the density of acetic anhydride 1.08 g/mL, determine the number of moles of acetic anhydride and which reagent is limiting in eq. 1 above. 2. IR spectra of salicylic acid (starting material) and aspirin (product) are shown on the next page. Determine which spectrum corresponds to each compound, and explain by referring to features in the spectra. 3. Which of the compounds below (A and/or B) would be soluble in aq. NaOH? Why?

Lab report - The Kinetics of the Hydrolysis of Ethyl Acetate

5. RESEARCH. Describe the chemical reactivity of your chemical in another context (i.e. other types of reactions it might be involved in, which are not mentioned in this article).