what value of k is predicted for the rate constant by arrhenius equation T-infinite?is this value physically reasonable why or why not
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we can predict with the help of integral factors
ahmed2018:
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Where k is the rate constant, A is the Arrhenius factor or pre-exponential factor, Ea is the activation energy and T is the temperature. If the temperature of the system becomes infinite, then the exponential term will become e^0 (any number or quantity divided by infinity is zero) and we know that anything raised to the power zero is one. So, we will get
K = A
that is the rate constant will become equal to the pre-exponential factor. This however, is not not feasible as it is impossible to achieve infinite temperature.
That is the answer you need....
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IF any doubt you can ask...
K = A
that is the rate constant will become equal to the pre-exponential factor. This however, is not not feasible as it is impossible to achieve infinite temperature.
That is the answer you need....
Sorry for the delay....
IF any doubt you can ask...
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