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In the respect of the equation k=Ae^{-E_{a}/RT}  in chemical kinetics, which one of the following statements is correct?

  • Option 1)

    k is equilibrium constant

  • Option 2)

    A  is adsorption factor

  • Option 3)

    E_{a} is energy of activation

  • Option 4)

    R  is Rydberg constant.

 

Answers (1)

best_answer

As we learnt in 

Arrhenius Equation -

Arrhenius gave the quantitative dependence of rate constant on temperature by the Arrhenius equation.

- wherein

k = A e^{-E_{a}/RT}

In k=InA-\frac{E_{a}}{RT}

k = Rate constant

 

 k=A\times e^{\frac{-E_{a}}{RT}}

Where A is Pre-exponential factor

K=Rate constant

R=Gas constant

T=Absolute temprerature

E_{a}=Activation Energy


Option 1)

k is equilibrium constant

Incorrect Option

Option 2)

A  is adsorption factor

Incorrect Option

Option 3)

E_{a} is energy of activation

Correct Option

Option 4)

R  is Rydberg constant.

Incorrect Option

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