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Question
According to Arrhenius equation, loge k = loge A − ______.
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Solution
According to Arrhenius equation, loge k = loge A − `bbunderline(E_a/(RT))`.
Explanation:
The Arrhenius equation can be expressed as follows.
k = `Ae^(-E_a//RT)` ...(i)
Where, The frequency factor (A) determines the number of binary collisions between reactant molecules per second per litre. It can be determined by experimentation. Ea denotes the activation energy, R is the gas constant, and T is the system temperature (in Kelvin). The equation can be more usefully expressed as follows.
Taking logarithm of both sides, Eq. (i) can be written as
loge k = `log_e A - E_a/(RT)`
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