11. For the reaction C12(g)-2 NO(g)-2 NOCI(g) the activation energy is 18.9 kJ mol. For the reaction 2 NOCI (g) - 2 NO(g

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11. For the reaction C12(g)-2 NO(g)-2 NOCI(g) the activation energy is 18.9 kJ mol. For the reaction 2 NOCI (g) - 2 NO(g

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11 For The Reaction C12 G 2 No G 2 Noci G The Activation Energy Is 18 9 Kj Mol For The Reaction 2 Noci G 2 No G 1
11 For The Reaction C12 G 2 No G 2 Noci G The Activation Energy Is 18 9 Kj Mol For The Reaction 2 Noci G 2 No G 1 (447.08 KiB) Viewed 39 times
11. For the reaction C12(g)-2 NO(g)-2 NOCI(g) the activation energy is 18.9 kJ mol. For the reaction 2 NOCI (g) - 2 NO(g) + C12(g) the activation energy is 98.1 kJ/mol. Draw an energy diagram for the reaction of NO with Cl 2 to form NOCI. Is this reaction exothermic or endothermic? Explain. 12. The experimental rate constant for the reaction of iodide ion with methyl bromide is 7.70 × 10-3 L mol - 1 s - 1 at 50.00 C and 4.18 10-5 L mol- 1 s - 1 at 0.00 C Calculate the frequency factor and activation energy.
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