A) Using a first order plot, determine the rate constant, k, for the oxidation of benzyl alcohol ...
A) Using a first order plot, determine the rate constant, k, for the oxidation of benzyl alcohol below. (Molar absorptivity, e 2350 M'cm; path length, 1- 1 cm) permanganate at the temperature, T,- 20.2°C, from the information in the table Time (minutes) Absorbance 15 30 45 60 75 0.803 0.596 0.442 0.328 0.243 ond rate constant, k 0.0573 min', at the temperature, T, 37.3°C, determine with potassium permanganate.(Gas the activation energy, E, for the oxidation of benzyl alcohol constant, R = 8314 J/(K·mol))
A) Using a first order plot, determine the rate constant, k, for the oxidation of benzyl alcohol below. (Molar absorptivity, e 2350 M'cm; path length, 1- 1 cm) permanganate at the temperature, T,- 20.2°C, from the information in the table Time (minutes) Absorbance 15 30 45 60 75 0.803 0.596 0.442 0.328 0.243 ond rate constant, k 0.0573 min', at the temperature, T, 37.3°C, determine with potassium permanganate.(Gas the activation energy, E, for the oxidation of benzyl alcohol constant, R = 8314 J/(K·mol))