heat of dissociation (Meaning)
Wordnet
heat of dissociation (n)
the heat required for a fluid substance to break up into simpler constituents
Synonyms & Antonyms of heat of dissociation
No Synonyms and anytonyms found
heat of dissociation Sentence Examples
- The heat of dissociation of water is 40.65 kJ/mol, indicating the energy required to break apart the H-O bond.
- The heat of dissociation of carbon dioxide is 74.89 kJ/mol, representing the energy needed to overcome the C-O bonds.
- The high heat of dissociation of sodium chloride (980.4 kJ/mol) reflects the strong ionic bond between the sodium and chloride ions.
- The heat of dissociation of calcium carbonate is 178.3 kJ/mol, revealing the energy necessary to break the Ca-O bonds.
- The heat of dissociation of glucose is 2,808 kJ/mol, due to the large number of C-C, C-H, and C-O bonds that need to be cleaved.
- The heat of dissociation of sulfuric acid is 990.8 kJ/mol, emphasizing the strong covalent bonds between the sulfur, oxygen, and hydrogen atoms.
- The low heat of dissociation of methane (393.5 kJ/mol) compared to other hydrocarbons indicates weaker C-H bonds in methane.
- The heat of dissociation of hydrogen cyanide (530.9 kJ/mol) is impacted by the strong H-C and C-N bonds present in the molecule.
- The heat of dissociation of benzene (495.7 kJ/mol) reflects the stability of the aromatic ring and the resonance energy associated with it.
- The heat of dissociation of proteins varies widely depending on the amino acid composition, molecular weight, and tertiary structure of the protein.
FAQs About the word heat of dissociation
the heat required for a fluid substance to break up into simpler constituents
No synonyms found.
No antonyms found.
The heat of dissociation of water is 40.65 kJ/mol, indicating the energy required to break apart the H-O bond.
The heat of dissociation of carbon dioxide is 74.89 kJ/mol, representing the energy needed to overcome the C-O bonds.
The high heat of dissociation of sodium chloride (980.4 kJ/mol) reflects the strong ionic bond between the sodium and chloride ions.
The heat of dissociation of calcium carbonate is 178.3 kJ/mol, revealing the energy necessary to break the Ca-O bonds.
