To determine the ___________ of a chemical, a scientist will sum all the weights
ID: 144221 • Letter: T
Question
To determine the ___________ of a chemical, a scientist will sum all the weights of the atoms that make up the chemical. (10) ______ is an example of a protein. (11) ________ are biochemical compounds that do not dissolve in water. (12) The _______ is a measure of acidity or basicity of an aqueous solution. (13) ________ have primary, secondary, tertiary and quaternary structure. (14) Special attractive forces called ____________ occur between parts of molecules that are temporarily oppositely charged. (15) Water is a good ___________ for biochemical reactions as it is both cohesive and adhesive.
Carbohydrates
(E)
Lipids
(I)
Proteins
(M)
Nucleic Acids
DNA
(F)
Silk
(J)
Tertiary Structure
(N)
Acids
Bases
(G)
Solvent
(K)
van der Waals
(O)
Ionic Bond
Molecular Weight
(H)
Orbital
(L)
Element
(P)
pH
Carbohydrates
(E)
Lipids
(I)
Proteins
(M)
Nucleic Acids
DNA
(F)
Silk
(J)
Tertiary Structure
(N)
Acids
Bases
(G)
Solvent
(K)
van der Waals
(O)
Ionic Bond
Molecular Weight
(H)
Orbital
(L)
Element
(P)
pH
Explanation / Answer
(9) To determine the Molecular Weight of a chemical, a scientist will sum all the weights of the atoms that make up the chemical.
(10) Silk is an example of a protein.
(11) Lipids are biochemical compounds that do not dissolve in water.
(12) The pH is a measure of acidity or basicity of an aqueous solution.
(13) Proteins have primary, secondary, tertiary and quaternary structure.
(14) Special attractive forces called van der Waals occur between parts of molecules that are temporarily oppositely charged.
(15) Water is a good solvent for biochemical reactions as it is both cohesive and adhesive.
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