Draw and label the energy profile for a reaction that is summarized by the mechanism:   Step 1: Cl2 + FeCl3 ⬄ Cl+ + FeCl4- Fast   Step 2: C6H6  + Cl+  ? C6H6Cl+ Slow   Step 3: C6H6Cl+ + FeCl4- ? C6H5Cl + FeCl3 +HCl Fast   b) Write the overall equation for the reaction.  Derive the rate law, assuming that the ratio [FeCl3]/ [FeCl4-] equals a constant, β.   c) Write the overall equation for the reaction.  Derive the rate law, assuming that the ratio [FeCl3]/ [FeCl4-] equals a constant, β.

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Q: а) b) When In (concentration) is plotted against t (time) for a first-order reaction, what kind of…

A: ANSWER IS

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Q: NO2Cl

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Q: Step 1: CH4(g) + Cl2(g)  CH3(g) + HCl(g) + Cl          slow Step 2:  CH3(g) +  Cl2(g) --> CH3Cl(g)…

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