Draw a sample reaction between coconut oil (fatty acid, not just a simple alkene) and iodine.
Draw a sample reaction between coconut oil (fatty acid, not just a simple alkene) and iodine.
Please answer all components.
Postlab 1) Coconut oil ls omprised of a misture of fatty acids in the form of triglycerides. The most abundant fatty acids in coconut oil are as follows: Lauric acid (48%) oleic acid (6.5%) Myrisitic acid (16%) Palmitic acid (9.5%) Draw the structure of each of these fatty acids: Considering the structures above, explain the relatively high melting point of coconut oll 2) Some oils that are improperly stored (exposed to oxygen) over long periods of...
Compare the fatty acid profile of Coconut Oil, Milk Fat, and Soybean Oil. Explain which of these food products is (are) more suceptible to the development of oxidative rancidity.
Draw a simple saturated and an unsaturated fatty acid. Which one can be densely packed? Which one helps make membranes fluid? What is the key difference between them? What major macromolecule are these?
. - Draw the structure of the Lewis acid-base product of the reaction of iodine and acetone Justify the predicted geometry
1. draw structures illustrating the hydrogen bonding between amide groups of peptide chains 2. what is the configuration of almost all naturally occurring amino acids at the a (alpha) carbon 3. why is an alpha amino acid such as alanine more acidic than a regular carboxyllic acid 4. strecker synthesis Formation dl-phenylalanine 5. outline the steps to synthesize the simple dipeptide AL (think about two amino acids that begin with an A and an L) 6. give the structure and...
The reaction between the iodine(I) cation and the pyridine is best understood as the Lewis acid/Lewis base formation of an addict. Use a 2D VSEPR representation of the "best Lew is diagrams for these species to explain this observation.
Draw an arrow-pushing mechanism for the sulfuric acid-catalyzed hydration of an alkene. Draw an energy diagram for the reaction. Be sure to include reactants, products, and intermediates.
Draw the product(s) of the reaction of the alkene below with O3, followed by Zn in acetic acid.
I'm not sure how to draw the mechanism such as the electron moving and so on. The structure of triethanolamine is N(CH2CH2OH)3. Steric acid is an 18-carbon saturated fatty acid. Write the mechanism for the acid-base reaction between triethanolamine and stearic acid. Name the salt formed
Trimyristin is a fatty acid ester of myristic acid and glycerol. Draw the structure of the products of the base-catalyzed hydrolysis of trimyristin. Using this reaction, calculate a theoretical yield if you started with 1 g of trimyristin. Upload a picture showing all of your calculations. In our experiment we used 50mL of DCM and then refluxed and preformed a distillation to removed the excess DCM. We then used cool acetone to wash the crystals and then did vacuum filtration.