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Zorluk: KolayAlkanoic Acids, Esterification, Saponification, Fats, and Oils

Match each chemical process involving alkanoic acids, esters, or fats on the left with its correct chemical description on the right.

  • EsterificationReversible reaction between an alkanoic acid and an alkanol forming an ester and water
  • SaponificationAlkaline hydrolysis of fats yielding soap and glycerol
  • Hydrogenation of oilsAddition of hydrogen gas across C=C double bonds to convert liquid oils into solid fats

Cevap

Esterification pairs with 'Reversible reaction between an alkanoic acid and an alkanol forming an ester and water'. Saponification pairs with 'Alkaline hydrolysis of fats yielding soap and glycerol'. Hydrogenation of oils pairs with 'Addition of hydrogen gas across C=C double bonds to convert liquid oils into solid fats'.
Esterification is defined as the reversible condensation between an alkanoic acid and an alkanol. Saponification is the base-catalyzed hydrolysis of esters/fats to produce soap and glycerol. Hydrogenation reduces unsaturation in vegetable oils by adding hydrogen across carbon-carbon double bonds.

Adım Adım Çözüm

1
Analyze Esterification
Esterification combines an alkanoic acid and an alkanol in a reversible equilibrium reaction to form an ester and water.
This matches the second description.
2
Analyze Saponification
Saponification breaks down triacylglycerols (fats/oils) using sodium or potassium hydroxide, yielding glycerol and salts of fatty acids (soap).
This matches the first description.
3
Analyze Hydrogenation of oils
Hydrogenation saturates the double bonds in unsaturated vegetable oils using a nickel catalyst to turn liquid oils into solid margarine.
This matches the third description.

Anahtar Kavram

Reactions and industrial processes of alkanoic acids, esters, fats, and oils
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