Ea3=50kJ/mol Overall rate constant k is related to individual rate constant by the equation k=(k1k2/k3)^2/3. Activation energy (kJ/mol) for the overall reaction is :

Sahay Sir > Question Answers > Ea3=50kJ/mol Overall rate constant k is related to individual rate constant by the equation k=(k1k2/k3)^2/3. Activation energy (kJ/mol) for the overall reaction is :
For a complex reaction A→k products Ea1=180kJ/mole,Ea2=80kJ/mol,Ea3=50kJ/mol Overall rate constant k is related to individual rate constant by the equation k=(k1k2/k3)^2/3. Activation energy (kJ/mol) for the overall reaction is :
03
Jun
For a complex reaction A→k products Ea1=180kJ/mole,Ea2=80kJ/mol,Ea3=50kJ/mol Overall rate constant k is related to individual rate constant by the equation k=(k1k2/k3)^2/3. Activation energy (kJ/mol) for the overall reaction is : Ea2=80kJ/mol Ea3=50kJ/mol Overall rate constant k is related to individual rate constant by the equation k=(k1k2/k3)^2/3. Activation energy (kJ/mol) for the overall reaction is : [...]
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Tags: Ea2=80kJ/mol , Ea3=50kJ/mol Overall rate constant k is related to individual rate constant by the equation k=(k1k2/k3)^2/3. Activation energy (kJ/mol) for the overall reaction is : , For a complex reaction A→k products Ea1=180kJ/mole ,