# k3) For the reaction NO2+ C0 → NO + CO2, the dependence of the rate constant4on temperature is shown as a graph In k vs 1/T. Determine:2y = -2000x + 10a) activation energy, b) preexponential factor and c) rate constant at 100 C for this reaction.In k

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1 views help_outlineImage Transcriptionclosek 3) For the reaction NO2+ C0 → NO + CO2, the dependence of the rate constant 4 on temperature is shown as a graph In k vs 1/T. Determine: 2 y = -2000x + 10 a) activation energy, b) preexponential factor and c) rate constant at 100 C for this reaction. In k fullscreen
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Step 1

The graph lnk vs 1/T is shown below.

Step 2

The equation of line is shown below.

Step 3

In the graph y-axis corresponds to ln k and x-axis corresponds to 1/T. Therefore, the ...

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### Physical Chemistry 