the reaction of palm oil with KOH
A) hydrogenation
B) hydrolysis
C)saponification
correct option is (c) saponification.
It is because saponification is heating the fat like palm oil with strong base like NaOH or KOH. This results in formation of salt of fatty acid and glycerol. Saponification with KOH produces softer liquid soap and saponification with NaOH produces solid soap. Reaction of palm oil with KOH produces a potassium salt of fatty acid and glycerol.
option (a) is incorrect as hydrogenation is addition of H2, but here KOH is added.
option (b) is incorrect as hydrolysis is breakdown of a compound due to reaction with water, but here reaction is with KOH.
the reaction of palm oil with KOH A) hydrogenation B) hydrolysis C)saponification
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Saponification and Soaps 03 How does soap remove an oil spot? in the equation for the saponification of 04 Draw the condensed structural formulas in the equation to trimyristin with KOH. ostosasioison sono di dipend
Mechanism #2. The hydrolysis of esters using base (typically NaOH) is termed "saponification", and is often used to make soaps. Propose a mechanism for the saponification reaction shown below. Remember, hydroxide is a strong nucleophile. OH H20 HO
+CAGOH Mechanism 12. The hydrolysis of esters using base (typically NaOH) is termed "saponification", and is often used to make soaps. Propose a mechanism for the saponification reaction shown below. Remember, hydroxide is a strong nucleophile ce you are notullo
Mechanism #2. The hydrolysis of esters using base (typically NaOH) is termed "saponification", and is often used to make soaps. Propose a mechanism for the saponification reaction shown below. Remember, hydroxide is a strong nucleophile. & hand "OH H20 HO
Mechanism #2. The hydrolysis of esters using base (typically NaOH) is termed "saponification", and is often used to make soaps. Propose a mechanism for the saponification reaction shown below. Remember, hydroxide is a strong nucleophile.
Mechanism #2. The hydrolysis of esters using base (typically NaOH) is termed "saponification", and is often used to make soaps. Propose a mechanism for the saponification reaction shown below. Remember, hydroxide is a strong nucleophile. "OH H2O
Experiment #6: Saponification of Wintergreen Oil 1.) Draw a reaction mechanism for the conversion of wintergreen oil into salicylic acid. 2. ) If you wanted to take an IR spectrum to confirm that the reaction worked, what would you look for in the spectrum? 3.) It is also possible to hydrolyze an ester under acidic conditions. Draw a mechanism for the acid-catalyzed conversion of wintergreen oil to salicylic acid.
what is the chemical reaction of the saponification process using potassium hydroxide and palm oil?