Related FAQs

• The rate constant of a first order reaction is 3.46×10^-2s-1 at 298kwhat is the rate constant at 350k if the activation energy of the reaction is 50.2 kj/mol/assignment
• The rate constant of a first order reaction is 3.46×10^-2s-1 at 298kwhat is the rate constant at 350k if the activation energy of the reaction is 50.2 kj/mol
• The rate constant of a first order reaction is 3.46×10^-2s-1 at 298kwhat is the rate constant at 350k if the activation energy of the reaction is 50.2 kj/mol
• The rate of the reaction can be expressed using the equation:rnrn[ v = k cdot [cao] cdot [co_2] ]rnrnthis equation represents the rate of the reaction in terms of the concentrations of the reactants and the equilibrium constant (k). Therefore, the correct answer is option c: ( v = k cdot [cao] ).
• The rate constant does NOT depend on the:rn a concentration of the substancesrn b temperaturern c presence of a catalystrn d nature of the substances
• The rate of aquation of octahedral cobalt(iii) complexes is dependent on the leaving group, the size of the non-leaving groups and on the charge on the complex. Suggest a mechanism for the aquation of cobalt(iii) complexes, showing clearly how your mechanism is consistent with the observations above.
• The rate of aquation of octahedral cobalt(iii) complexes is dependent on the leaving group, the size of the non-leaving groups and on the charge on the complex. Which means it is dissociative. Suggest a mechanism for the aquation of cobalt(iii) complexes, showing clearly how your mechanism is consistent with the observations above.