In the preparation of soap, why should the poatassium salts of the fatty acids yield soft...
lab report on the preparation of soap (Saponification) 1. Write the reaction for the saponification of glyceryl tripalmitate with sodium 2. 3. 4. hydroxide. Why is the product of saponification called a salt? Why was ethanol added to the reaction mixture of fat and base? Do you think the solid soap that you made contains glycerol? Why or why not? Explain. 5. Describe the appearance of your soap. 6. Explain how soaps emulsify oils and fats. 7. Explain why soaps...
7. Identify and describe the soap molecules from the ingredients specified for IvoryTM bar soap (these can be found online if you don't own any). Part D: Preparation of Fatty Acids 8. Write the three chemical reactions for the process where your potassium soap was converted into fatty acids. CHOCOR CH₂OH
Lab 12: Saponification – Making Soap Objective: To make soap using the process call saponification, an organic form of the neutralization reaction that an acid reacts with a base to form a salt. Introduction: A soap is the sodium or potassium salt of a long chained carbohydrate called a fatty acid. A fatty acid usually contains between 12 – 18 carbon atoms. Fatty acids are esters of either animal or vegetable fats. They are called triglycerides if they are solids at room...
SELECT ALL THAT IS/ARE CORRECT: Why is the carnitine shuttle necessary for oxidation of fatty acids? A.Because the lipid bilayer may confuse the incoming fatty acids as part of the membrane. Without the carnitine shuttle, the lipid bilayer may incorporate the fatty acids into the membrane instead of breaking it down via oxidation. B.Because fatty acids cannot directly pass through the mitochondrial membranes. C.Because fatty acids must be "tenderized" - i.e., multiple functional groups are added in order to facilitate...
In which of the following pairs of fatty acids does the first listed acid have a higher melting point than the second listed acid? a. 16:2 acid and 16:0 acid b. 21:0 acid and 17:0 acid c. 17:3 acid and 17:0 acid d. 17:3 acid and 20:0 acid Which of the following fatty acids is both monounsaturated and an omega-6 fatty acid? a. CH3–(CH2)18–COOH b. CH3–(CH2)7–CH=CH–(CH2)7–COOH c. CH3–(CH2)4–CH=CH–(CH2)2–(CH2)6–COOH d. CH3–CH2–(CH=CH–CH2)4–(CH2)2–COOH Which of the following types of compounds are expected products...
Why would it be advantageous to plants to be able to get acetyl-CoA from fatty acids? -Fatty acids are the macromolecule most easily taken up by the roots of the plant -Plants lack the ability to synthesize carbohydrates -Energy derived from photosynthesis primarily comes in the form of fatty acids -Seeds have a limited amount of space and fatty acids are the most energy dense macromolecule
Why would it be advantageous to plants to be able to get acetyl-CoA from fatty acids? Plants lack the ability to synthesize carbohydrates Seeds have a limited amount of space and fatty acids are the most energy dense macromolecule Energy derived from photosynthesis primarily comes in the form of fatty acids Fatty acids are the macromolecule most easily taken up by the roots of the plant
Why would it be advantageous to plants to be able to get acetyl-CoA from fatty acids? Plants lack the ability to synthesize carbohydrates Seeds have a limited amount of space and fatty acids are the most energy dense macromolecule Energy derived from photosynthesis primarily comes in the form of fatty acids Fatty acids are the macromolecule most easily taken up by the roots of the plant It's apparently not B maybe?
Distinguish between the structure of saturated and unsaturated fatty acids and describe why saturated and unsaturated fatty acids have different melting temperatures
What is the significance of where double bonds are on fatty acids… and why it is different between humans and bacteria