For the decomposition of the acceptor---nitrate complex: acceptor•NO3 - acceptor + NO3 the rate constant at 321 K is k=5.10x10-4 s-1. What is the order of the reaction? O 2nd order O 3rd order O Oth order O 1st order
For the decomposition of the acceptor---nitrate complex: acceptor•NO3 - acceptor + NO3 the rate constant at 321 K is k=5.10x10-4 s-1. What is the order of the reaction? O 2nd order O 3rd order O Oth order O 1st order
Chapter10: Effect Of Electrolytes On Chemical Equilibria
Section: Chapter Questions
Problem 10.4QAP
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Transcribed Image Text:Halogen bonding is an intermolecular force (not introduced to you in CHEM
1050), like hydrogen bonding and dispersion forces. They occur when a
halogen atom, such is iodine has a small positive charge and interacts with
an electron rich species such as an electronegative atom or an anion. For
example, a complex between the iodide anion and a bidentate (double)
acceptor is shown below.
ассeptor
halogen bonds
anion
As the first step in determining the chemical nature of these complexes, the
gas-phase decomposition reactions of these types of complexes were studied
in the Department of Chemistry here at Memorial. (Phys. Chem. Chem. Phys.
2013, 15, 7647).
Transcribed Image Text:For the decomposition of the acceptor---nitrate complex:
acceptor•NO3- acceptor + NO3
the rate constant at 321 K is k=5.10x10-4 s-1. What is the order of the reaction?
O 2nd order
O 3rd order
O Oth order
O 1st order
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