Reaction X-> Y is a single step reaction, with a deltaG (transition state) = 12000 J/(mol*K)....

 

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Reaction X-> Y is a single step reaction, with a deltaG (transition state) = 12000 J/(mol*K). At T=310K, the reaction rate is 0.10 M/s at a particular concentration of [X]. If the value of deltaG(transition state) decreased to 6985 J/(mol*K), the reaction rate would be M/s. (use 2 sig figs) If the temperature was increased to 350K, the reaction rate would be Assume [X] remains constant. M/s. (use 2 sig figs) Reaction X-> Y is a single step reaction, with a deltaG (transition state) = 12000 J/(mol*K). At T=310K, the reaction rate is 0.10 M/s at a particular concentration of [X]. If the value of deltaG(transition state) decreased to 6985 J/(mol*K), the reaction rate would be M/s. (use 2 sig figs) If the temperature was increased to 350K, the reaction rate would be Assume [X] remains constant. M/s. (use 2 sig figs)