Draw the McLafferty Rearrangement arrow pushing mechanisms for Stearic and Oleic fatty acids. You may define the alkyl chain as an R group after the carbons needed in the McLafferty mechanism.
Draw the McLafferty Rearrangement arrow pushing mechanisms for Stearic and Oleic fatty acids. You may define...
Draw The arrow pushing mechanisms of the following reactions: (6pts each, 18 pts total) U Draw the arrow-pushing mechanism of the following reactions: (6pts each, 18pts total) U Question 8 6 pts ОН OH Upload Choose a File Question 9 6 pts H,09 Brz Upload Choose a File Question 10 6 pts KOH + Lo & MeOH, Heat Upload Choose a File
60) Lipids are composed of: c) fatty acids and glycerol amino acids and glycerol nucleic acids and glycerol fatty acids and water fatty acids and sugar e) 61) The bond between two amino acids is a: a) hydrogen bond b) covalent bond c) peptide bond d) b and c e) none of the above 62) Hemoglobin has which tertiary structure: a) fibrous b) globular c) four subunits--two alpha chains, two beta chains d) alpha helix e) none of the above...
6. Draw the full arrow-pushing mechanisms for the equations in questions 4 and 5 a. Mechanism for equation in Q4 (0.5 point) b. Mechanism for equation in Q5 (0.5 point) 4. Write the balanced chemical equation for the formation of the (S,S,S)-bis-proline phenylsuccinic acid salt and the (S,R,S)-bis-proline phenylsuccinic acid. Start with 4 equivalents of (S)-proline and two equivalents of racemic phenylsuccinic acid. (1.0 point) (S)- Phenylsuccinic acid a (S,S,S)-bis-proline phenylsuccinic acid salt (R)-Phenylsuccinic acid (S.R.S)-bis-proline phenylsuccinic acid salt 5....
Label: -nucleophile -electrophile -leaving group Draw a reasonable, step by step arrow pushing mechanism for the overall reaction. You may abbreviate non-involved parts of any of the molecules with 'R' groups, and you can assume that water is present in the reaction (to act as either an acid or a base). REVIEW INSIGHT Hмт RHNOC ON NH NO но он но он Lysine peptide S-adenosylmethionine Methyllysine peptide S-adenosy homocysteine substrate product Figure 1 Mechanism of lysine methylation catalysed by histone...
QUESTION: Draw an arrow-pushing mechanism for the FIRST STEP of this synthetic sequence. In this laboratory experiment, you will synthesize a RTIL, 1-hexyl-3-methylimidazolium hexafluorophosphate, using a two-step process involving nucleophilic substitution and anion exchange. 1-Hexyl-3-methylimidazolium hexafluorophosphate and its structural analogs have long names. Therefore, they are often abbreviated as [Cn-mim X, where n = the number of carbons in the alkyl chain of the cation, ‘mim' stands for methylimidazolium and X = the anion. P -N N N-methylimidazole - NON...
hehe instructions: You may work on this individually or in groups. Remember you will each be responsible for knowing the material individually on exam. Please write answers on separate sheet where appropriate. This will be turned at end of class Thursday Oct. 31. credit will be based on combination of participation and attendance. You may pick up your copy of answers outside my office Friday morning and/or view key after class on Blackboard. These are good study questions for your...
please answer what ever you can 3. Name 2 important cations, and state their functions in humans. 4. How many mEq are in 2L of 0.5M NaCl ? 5. How many ml of 2M NaOH would it take to neutralize 20ml of 0.5M HCI ? 6. Draw the structural formula for 3-methyl-1-butanal. 7. Name the following molecule: CH3 - CH2 - CH2 - CH2 - CH2 - CH-OH 8. For the molecular composition, C6H120 draw 2 different isomers. 9. Name...
____ 1. The diagram below represents serine, a polar, uncharged amino acid. Which functional group gives serine its distinct property? a. H3 b. CH2OH c. –H d. COO– ____ 2. The monomers shown below are monomers for which of the following natural polymers? a. polysaccharides b. plastics c. DNA d. proteins ____ 3. Which of the following processes illustrates the production of a protein? a. specific code for amino acids --> amino acid chain --> gene --> DNA --> specific...
i need help with the postlab questions please Grignard reagent THE GRIGNARD REAGENT-PREPARATION AND REACTION In this experiment, you will prepare a Grignard reagent, phenyl magnesium bromide, from bromobenzene and magnesium metal. The Grignard reagent will then react with methyl benzoate to form triphenylmethanol. Introduction Grignard reagents, such as organomagnesium halides, were discovered in 1910 by French chemist Victor Grignard. The Grignard reaction is one of the most general methods for carbon- carbon bond formation in all of organic chemistry....