Carbon forms the backbone for biomolecules due to its versatility. This versatility is a result of the atomic structure of carbon, specifically its                 of 4. Group of answer choices Electronegativity Valence Nucleus Proton Capacity

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Part C - Classifying molecules by their functional groups Functional groups confer specific chemical properties to the molecules of which they are a part. In this activity, you will identify which compounds exhibit certain chemical properties as well as examples of those six different compounds. Drag one molecule and one chemical property to each bin. If one property can apply to more than one functional group, choose the best answer for each functional group. ▸ View Available Hint(s) forms HHO disulfide H-C C-C-O-H HHO H-C-C-C-H acts as a base bonds A A H A contributes negative charge HH H -S-H HH HH A alcohol carboxylic acid aldehyde 0 C-0- P-0- thiol is polar and makes compounds HHH | | | may H-C-C-C-H structura more soluble HNH of a k in water H H acts as an acid amine

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The presence of cis double bonds in fatty acids limits tight packaging and the number of _____ interactions.

Proteins class question: Why is it rare to have crystal structures of heteromers of cyclic symmetry higher than 2-fold? This can be answered in 150 words or less.  Please give me the correct answer with explanation quickly I will give you upvote

All nucleotide monomers contain: Select all that apply. Group of answer choices a nitrogenous base. a phosphate functional group. a ribose sugar. a pentose sugar. a deoxyribose sugar.

Explain what is meant by "The Central Dogma"? In your explanation, describe the structure and function of the macromolecules that are important in this process. Describe at least two deviations to the Central Dogma.

A polypeptide has: many peptide bonds O 4 peptide bonds O 2 peptide bonds O 3 peptide bonds O 1 peptide bond

The figure below illustrates the molecular structures of two fatty acids. A B H₂C The structural formula of erucic acid and behenic acid с H₂C D erucic acid behenic acid Which of the following best explains why erucic acid is liquid at room temperature but behenic acid is solid at room temperature? O OH The presence of a double carbon to carbon bond in erucic acid prevents the molecule from packing closely together. The lack of any double carbon-carbon bonds in behenic acid causes the molecule to be come polar and therefore packed more tightly. The larger number of carbon atoms in erucic acid prevents the molecule from packing tightly together. OH The smaller number of carbon atoms in behenic acid creates stronger covalent bonds between the carbon atoms allowing for them to pack more tightly together.