MCQ
Temperature dependent equation can be written as
- ✓$\ln \,k = \ln A - {e^{{E_a}/RT}}$
- B$\ln k = \ln A + {e^{{E_a}/RT}}$
- C$\ln k = \ln A - {e^{RT/{E_a}}}$
- DAll of these
✓
Answer
Correct option: A.
$\ln \,k = \ln A - {e^{{E_a}/RT}}$
a
(a)Arrhenius suggested an equation which describes rate constant $ (K)$ as a function of temperature.
(a)Arrhenius suggested an equation which describes rate constant $ (K)$ as a function of temperature.
$K = A{e^{ - {E_a}/RT}}$
$\ln K = \ln A - {e^{{E_a}/RT}}$
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