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At 700K, the rate expression for the decomposition of hydroiodic acid, 2HIH2+I2 is given (when cHI is expressed in kmol/m3 ) by: r=5104cHI2kmol/(m3s) Given the
At 700K, the rate expression for the decomposition of hydroiodic acid, 2HIH2+I2 is given (when cHI is expressed in kmol/m3 ) by: r=5104cHI2kmol/(m3s) Given the following data and the governing equations of collision theory for a bimolecular reaction, (a) simplify the collision theory rate expression and (b) compare it to that given in Equation 2. Note that the probability factor, P, is not explicitly given and should appear in your final rate expression; (c) provide an short interpretation of what values P might take and how this influences the rate in your expression. HI=21010mEa=Ec=E=183.2kJ/molmol.weightofHI=127.9g/mol mol. weight of HI=127.9g/mol
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