Inversion of cane-sugar in dilute acid is a

Question

Inversion of cane-sugar in dilute acid is a (A) bimolecular reaction (B) Pseudo-unimolecular reaction (C) unimolecular reaction (D) trimolecular reaction

Tardigrade Admin · Accepted Answer

C 12 H 22 O 11+ underset textexcessH 2 O xrightarrow text dil. acid underset textglucoseC 6 H 12 O 6+ underset textfructoseC 6 C 12 O 6 When one of the reactant is present in large excess, the second-order reaction conforms to the first order and is known as pseudo-unimolecular reaction.

Q. Inversion of cane-sugar in dilute acid is a

bimolecular reaction

Pseudo-unimolecular reaction

unimolecular reaction

trimolecular reaction

$C_{12} H_{22} O_{11} + excess H_{2} O dil. acid glucose C_{6} H_{12} O_{6} + fructose C_{6} C_{12} O_{6}$
When one of the reactant is present in large excess, the second-order reaction conforms to the first order and is known as pseudo-unimolecular reaction.

Q. Inversion of cane-sugar in dilute acid is a

bimolecular reaction

Pseudo-unimolecular reaction

unimolecular reaction

trimolecular reaction

C12​H22​O11​+excessH2​O​ dil. acid ​glucoseC6​H12​O6​​+fructoseC6​C12​O6​​ When one of the reactant is present in large excess, the second-order reaction conforms to the first order and is known as pseudo-unimolecular reaction.

$C_{12} H_{22} O_{11} + excess H_{2} O dil. acid glucose C_{6} H_{12} O_{6} + fructose C_{6} C_{12} O_{6}$
When one of the reactant is present in large excess, the second-order reaction conforms to the first order and is known as pseudo-unimolecular reaction.