Post-Lab Questions: 1. Propose a detailed mechanism for the synthesis of phenytoin from benzil. (10 pts)...
Detailed mechanism on galactose Experiment 6: Carbohydrates Post Lab Questions Date 1. Propose a detailed mechanism for the synthesis of the esazene derivative. The nism should include the structure specific to each student's unknown.) (4 pts) Using elassification tests, how would the following carbohydrates be distingaished from each other. (3pts) 2. mannose ribulose lactose SAL(4/2017) University of New Orleans
H NMR and3C NMR Assignment: Assign the 'H NMR and 1C NMR signals by filling in the corresponding blanks. (The points for this assignment are included in the lab report.) s00 450 F25e Fa0e H20 F150 DMSO 11.3 1 8.3 72 63 20.5 100 9.3 M Hs000 3500 -NH so00 HN 4500 000 3500 3000 2000 7 o00 DMSO 180 170 150 140 130 (ppm)
Propose a reasonable mechanism for the lab synthesis of phenylacetylene starting from benzene and acetic acid. Please include CURVED ARROW METHOD. Thank you III. Mechanism Based Questions (please note that application of the curved arrow method is required in this seçtion. 1) Propose a reasonable mechanism for the laboratory synthesis of phenylacetylene starting from benzene and acetic acid. (15 points)
CREATINE SYNTHESIS ORGANIC CHEMISTRY LAB REPORT ***introduction questions**** 5: Give a detailed mechanism (show electron flow) for the synthesis of creatine from cyanamide and sarcosine.
POST-LAB QUESTIONS Calculate the percent (by mass) of eugenol in cloves based on your data. Eugenol typically makes up about 15-20% of the mass of clove buds. Discuss reasons why you may not have isolated this amount, and propose ways to increase your yield. 1. ES 2. Examine the IR spectrum of eugenol, and identify the signals for the major func- tional groups. A representative 'H NMR spectrum of eugenol is shown below. Assign the signals to the correct protons...
SYNT 726: Synthesis of Phenacetin Post-lab Questions 1. The Infrared spectrum of Phenacetin shows important absorption bands at the following frequencies. Match the band with the correct structural feature. 3300 cm 1653 cm" 1244 and 1047 cm 837 cm A-C-O-C bonds B- p-disubstituted benzene C- NH bond D-C O bond 2. What signals in the proton NMR f your product are NOT going to indicate that you have the correct product? 3 3. Attached are the 'H and "C NMR...
To Understand the Mechanism of No 1-Bromobutane Post lab questions rstand the Mechanism of Nucleophilic Substitution (S2) Reaction: Synthesis of swer the following questions in the discussion part of the lab report of Experiment 7 on Sn2 reaction. 1. What is the purpose of refluxing the reaction mixture for 45 min? Why not simply boil the mixture in an Erlenmeyer flask? 2. When X is heated with an equal amount of Y in an inert solvent, product Z forms by...
Experiment #6: Synthesis of cyclohexene pre-lab (4 pts) 1) (2 pts) The mechanism for the formation of cyclohexene is shown below. - complete the mechanism with the appropriate arrows - identify the electrophile and nucleophile in steps 1 and 3. H-H2PO4 H2PO4. он Step I Step 2 H2o H2PO H,PO4 Step 3
1. The next several questions of this post-lab will relate to your lab procedure. Please refer to your notebook pages for values you recorded during lab. (16 pts) a. Based on the data you collected, did tert-butyl bromide or tert-butyl chloride react faster? b. Based on the data you collected, did tert-butyl bromide or 2-bromopropane react faster? C. Based on the data you collected, which solvent provided the fastest reaction rate? d. Based on the data you collected, how did...
combinatorial chemistry; ester synthesis Fundamentals of Organic Chemistry Lab Post-Lab Questions 1. If you were doing these experiments on a larger scale, describe two ways that you could improve the yield of the target ester What is the point of adding sulfuric acid to the reaction? How about the heat? 2. Pick your favorite of the esters you made, and write the mechanism for its formation. 3.