Which statement correctly describes the complete chemical breakdown (hydrolysis) of a single phospholipid molecule into its individual constituent molecules?
Complete hydrolysis requires the addition of three water molecules to break two ester bonds and one phosphoester bond, yielding one glycerol, two fatty acids, and one phosphate group.
Complete hydrolysis releases three water molecules during the cleavage of two ester bonds and one phosphoester bond, yielding one glycerol, two fatty acids, and one phosphate group.
Complete hydrolysis requires the addition of two water molecules to break two ester bonds, yielding one glycerol, two fatty acids, and one phosphate group.
Complete hydrolysis requires the addition of three water molecules to break three ester bonds, yielding one glycerol, three fatty acids, and one phosphate group.
