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the structure of pyruvic acid is shown below. a. draw the structure of pyruvate. b. using what you have learned about acidic functional groups, which form of this compound is likely to predominate in the cell at ph 7.4?
the structure of pyruvic acid is shown below. a. draw the structure of pyruvate. b. using what you have learned about acidic functional groups, which form of this compound is likely to predominate in the cell at ph 7.4?
AtpH 7.4,the predominant form ofpyruvic acidin the cell is the deprotonated pyruvate (CH3COCOO⁻).Which form of this compound is likely to predominate in the cell at ph 7.4?Pyruvicacid is a molecule made up of three carbons with the formula CH3COCOOH. To create the structure of pyruvate, all you have to do is take away the acidichydrogen (H) from the carboxyl group(COOH). This forms a new form called pyruvate. This is what pyruvate looks like.Pyruvate (base):CH3COCOO⁻In a cell with a pH of 7. 4 (normal pH for the body), which is slightly basic, most of the acidic functional groups will lose their hydrogen atoms. The carboxyl group (COOH) in pyruvate is a group that can donate a hydrogen ion. At a pH of 7. 4, it will not have the hydrogen ion attached. Instead, it will exist as pyruvate (CH3COCOO⁻), which is a negatively charged ion.So, at pH 7. 4, the main type of pyruvic acid in the cell is pyruvate with one less proton(CH3COCOO⁻).Learn more aboutpyruvic acidbrainly.com/question/17487726#SPJ4...