Descriptors are symbols used in a chemical equation, which represents the direction or path of the reaction. From the given reaction, a suitable descriptor needs to be predicted. By knowing the stability of species and mechanism of the given reaction, a suitable descriptor can be predicted.
Descriptors are symbols used in a chemical equation, which represents the direction or path of the reaction.
Type of descriptors used in specific reaction:
When two species are resonance stabilized.
When reactants and products are in equilibrium.
When product species predominates more than the reactant at equilibrium.
When reactant species predominates more than the product at equilibrium.
Abstraction of proton by lone pair of electrons on oxygen atom
Among the given reactant species, acetate ion is more stable.
The descriptor used to represent the reaction is
Ans:The best descriptor for the relation between “reactant” and “products” is
select the descriptor (A, B, C, D): that best describes the relationship between the "reactants" and...
Select the descriptor (A, B, C, D): A> that best describes the relationship between the "reactants" and "products" below: "reactants" "products" 0000 products of proton transfer
Select the descriptor (A, B, C, D): that best describes the relationship between the \"reactants\" and \"products\" below: Select the descriptor (A, B, C, D): that best describes the relationship between the "reactants" and "products" below: reactants" "products"
Select the descriptor (A, B, C, D): that best describes the relationship between the "reactants" and "products" below: Select the descriptor (A, B, C, D): that best describes the relationship between the reactants and products below:
Select the descriptor (A, B, C, D): that best describes the relationship between the "reactants" and "products" below: Select the descriptor (A, B, C, D): that best describes the relationship between the "reactants" and "products" below:
Select the descriptor (A, B, C, D) that best describes the relationship between the "reactants" and "products" below: Reactants" "Products O B CH CH2OH + H,0 CH, CH,OH,o Select the descriptor (A, B, C, D) that best describes the relationship between the "reactants" and "products" below: Reactants" "Products" CH,CH,O CH, COOH O c CH, CH,OH CH, COO
select the descriptor (A, B, C, D) that best describes the relationships between reactants and products Select the descriptor (A, B, C, D): A that best describes the relationship between the "reactants" and "products" below:
Select the descriptor that best describes the relationship between the "reactants" and "products" Select the descriptor (A, B, C, D): that that best describes the relationship between the "reactants" and "products" below: Select the descriptor (A, B, C, D): that that best describes the relationship between the "reactants" and "products" below:
select the descriptor (A, B, C, D) that best describes the relationships between reactants and products Select the descriptor (A, B, C, D): A that best describes the relationship between the "reactants" and "products" below:
Select the descriptor (A, B, C, D): that best describes the relationship between the "reactants" and products" below. "Reactants O A Products" CH,CH,O + CH,COOH 10 C CH,CH,OHCH,COo
Select the descriptor (A, B, C, D): A B C D that best describes the relationship between the \"reactants\" and \"products\" below: "Reactants" CH3NH?3?+?? + Br??- "Products" CH?3NH??2? + NBr ____________________________________________________________________________________