A hydrolytic bond A converts a to its monomers. hydrolysis; polymer dehydration

Question

A hydrolytic bond A converts a to its monomers. hydrolysis; polymer dehydration synthesis; molecule dehydration synthesis; polymer; molecule condensation; reactant are major components of cell membranes, and are said to be. Triglycerides; hydrophobic Steroids; hydrophilic Bile acids; fat-soluble Eicosanoids; water-soluble Phospholipids; amphiphilic Proteins are built from different amino acids. monomers; 10 molecules; 10 polymers; 20 macromolecules; 40 polypeptides; 80 The folding and coiling of proteins into globular and fibrous shapes determines the structure of the protein. primary secondary tertiary quaternary denatured Nucleic acids are of. molecules; monosaccharides monomers; ATP polymers; nucleotides polymers; cAMP polymers; DNA Which of these is hydrophobic? sugar K^+ Cl^- water fat the greater the concentration gradient the faster the diffusion rate. True

Explanation / Answer

Answer :

Q25 : The correct option is ( Hydrolysis; polymers) : For examples hydrolysis of polymers such as proteins and polysaccaharides releases monomers amino acids and monosaccaharides respectively.

Q26. The correct option is E (Phospholipids;amphiphilic) : There are four major classes of lipids are commonly present In the plasmamembrane which includes phospholipids (abundant), sphingolipids, glycolipids and sterols (cholesterol) all of them are amphipathic molecules consisting of both hydrophilic and hydrophobic domains. Phospholipids may be acidic such as sphingomyelin or neutral phospholipids such as phosphatidylcholine and phosphatidylserine. Cholesterol is especially present in plasmamembrane of mammalian cells.

supplementary information : Amphiphilic molecules are those that contains both hydrophobic and hydrophilic components.

Q27. The correct option is C (polymers;20) : Proteins are the dehydration products of aminoacid condensation.

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