Arrhenius Equation and constant
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Arrhenius Equation and constant
could someone elaborate more on using the Arrhenius equation and its constant?
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Re: Arrhenius Equation and constant
The Arrhenius Equation and constant is discussed here: https://lavelle.chem.ucla.edu/forum/viewtopic.php?f=151&t=29670&p=91991&hilit=Arrhenius+Equation&sid=97f0f97f96c8f028fa56ad589f831963&sid=97f0f97f96c8f028fa56ad589f831963#p91991
"A", I believe, will not need to be calculated for, but given.
"A", I believe, will not need to be calculated for, but given.
Re: Arrhenius Equation and constant
Can someone also expand conceptually on what "Exhibiting Arrhenius behavior" entails in regards to rate constants?
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Re: Arrhenius Equation and constant
allyz1F wrote:Can someone also expand conceptually on what "Exhibiting Arrhenius behavior" entails in regards to rate constants?
The closest answer I've gotten so far is that the Arrhenius equation shows the relationship between k, temperature and activation energy. To put it simply, the higher Ea is, the smaller k will be. The higher temperature is, the higher the rate constant will be.
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