A. Arrhenius constant
B. Molecularity
C. Specific rate constant
D. Ideal rate constant
A. I and II quadrant
B. II and III quadrant
C. III and IV quadrant
D. II and IV quadrant
A. Concentration of reactant does not change
B. Concentration of product increases
C. Concentration of reactant decreases
D. Concentration of reactant increases
A. Order of reaction
B. Molecularity
C. Rate of reaction
D. Average of reaction
A. The activation energy of the reaction increases
B. Concentration of the reacting molecules increases
C. Collision frequency increases
D. None of these
A. Increases the rate of forward reaction only
B. Increases the rate of reverse reaction
C. Increases the rate of forward but decreases the rate of backward reaction
D. Increases the rate of forward as well as backward reaction equally
A. 2N2O5 = 2N2O4 + O3
B. NO + O3 ? NO2 + O2
C. 2FeCl3 + 6KI ? 2FeI2 + 6KCl + I2
D. None of these
A. it is used in smaller amount
B. decrease activation energy
C. specific in action
D. it affects specific rate constant
A. Endothermic
B. Exothermic
C. Moderate
D. Fast
A. Fast step
B. Slowest step
C. All steps
D. Molecularity of the reaction