It is know that the reaction: 2NO(g)+Cl2(g)→2NOC((g)2NO(g)+CI2(g)→2N OC((g) has an overall order of reaction of 3, being of second order in NO with a rate constant at 298 K of 3.84x10-4 mol2 dm-6 s-1. If initially 5.5 mol of nitric oxide and 2.2 mol of chlorine gas are brought together in a volume of 3 dm3 , the rate of reaction when 40% of chlorine has reacted is:

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It is know that the reaction:
2NO(g)+Cl2(g)→2NOCI(g)2NO(g)+CI2(g)→2N
OC(g) has an overall order of reaction of 3,
being of second order in NO with a rate
constant at 298 K of 3.84x10-4 mol2 dm-6
s-1. If initially 5.5 mol of nitric oxide and 2.2
mol of chlorine gas are brought together in
a volume of 3 dm3 , the rate of reaction
when 40% of chlorine has reacted is:
Transcribed Image Text:It is know that the reaction: 2NO(g)+Cl2(g)→2NOCI(g)2NO(g)+CI2(g)→2N OC(g) has an overall order of reaction of 3, being of second order in NO with a rate constant at 298 K of 3.84x10-4 mol2 dm-6 s-1. If initially 5.5 mol of nitric oxide and 2.2 mol of chlorine gas are brought together in a volume of 3 dm3 , the rate of reaction when 40% of chlorine has reacted is:
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