Identifying polar regions within molecules is a very useful skill for chemists that helps us to think about the strength of inte
rmolecular forces and molecular interactions, but it also helps us to understand the chemical properties of substances like acids and bases. here we investigate the molecular structures of the common weak acid, acetic acid, and one of the more common weak bases, methyl amine. acetic acid methyl amine 8th attempt part 1 (1 point)feedbacksee hintsee periodic table what is the molecular formula for acetic acid? $$ part 2 (1 point)feedbacksee hint draw the lewis structure for acetic acid. part 3 (1 point)feedbacksee hint which bond in the acetic acid molecule is the most polar? choose one: a. o–h bond
b. c–o bond
c. c=o bond
d. c–c bond
e. c–h bond part 4 (1 point)feedbacksee hint what is the molecular formula for methyl amine? $$ part 5 (1 point)feedbacksee hint draw the lewis structure for methyl amine. part 6 (1 point)feedbacksee hint which bond in the methyl amine molecule is the most polar? choose one:
a. c–n bond
b. c–h bond
c. n–h bond
bond in the acetic acid molecule is the most polar <span>c. c=o bond </span>which bond in the methyl amine molecule is the most polar <span>c. n–h bond</span>
Energy is released during the biochemical process in the organism's cells in form of ATP. Byproducts of the reaction are carbon dioxide and water molecules.
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When looking down the groups the elements have an equal number of electrons in the outer shell. This means they react in a similar way making it easier for scientists to use.
