Assessment Questions: 5 results 
Kinetics : InitialRateMethod (16 Variations) Use the experimental data below to determine the rate equation for the following reaction.
Kinetics 
Chemometrics 
Rate Law

Kinetics : ArrheniusActEnergy (4 Variations)
The rate constant for the firstorder dehydration of tertbutyl alcohol at 500^{o}C is 1.20 x 10^{ 4 } s^{ 1}. The rate constant for this process at 600^{o}C is 6.80 x 10 ^{ 3} s^{ 1}. Calculate the activation energy for this reaction in kJ/mol. (R = 8.314 J/mol K)
Kinetics 
Chemometrics

Kinetics : ArrheniusRateConst (4 Variations) CH_{3}CH_{2}NO_{2} C_{2}H_{2} + HNO_{2} Using the graph below, calculate the rate constant for this reaction at 40.0^{o}C.
Kinetics 
Chemometrics

Kinetics : ArrheniusTemp (3 Variations)
The activation energy for the isomerization of cyclopropane to propene is 274 kJ/mol. By what factor does the rate of reaction increase as the temperature rises from 500^{o}C to 550^{o}C assuming all else remains constant? (R = 8.314 J/mol k)
Hint: This is asking for the ratio of rates which is proportional to the ratio of the rate constants, all else being equal.
Kinetics 
Chemometrics

Kinetics : ExpDataRateConst (16 Variations) Use the experimental data below to determine the rate constant for the following reaction.
Kinetics 
Chemometrics
