A) The reaction rate remains constant over time. B) One of the reaction products acts as a catalyst for the same reaction. C) The reaction requires an external catalyst to begin. D) The reaction involves only solid state reactants.
A) A set where reaction products provide catalysts for other reactions in the set, making it self-sustaining. B) A set of reactions where every product is a reactant for the next step. C) A set of reactions that all use the same external catalyst. D) A set of reactions that only occur at extremely high temperatures.
A) Brusselator B) Zhabotinsky C) Wilhelm Ostwald D) Lotka and Volterra
A) Sigmoidal B) Linear C) Exponential decay D) Logarithmic
A) Belousov–Zhabotinsky reaction B) Acid-catalyzed hydrolysis of esters C) Electroless plating D) Acetophenone bromination
A) The crystal structure acts as a reactant. B) Crystals dissolve into catalysts. C) The growth rate depends on the surface area of the growing crystal. D) Crystals create their own heat of reaction.
A) It acts as a reactant that gets consumed completely. B) It acts as a catalyst for the conversion of A to B. C) It acts as an inhibitor to slow down the reaction. D) It acts as a source of energy for the reaction.
A) The concentration of A remains constant. B) The reaction occurs in multiple phases. C) The rate depends on the square of the concentration of B. D) The rate constant k varies with time.
A) The system can exist in multiple macroscopic states. B) The reaction rate becomes infinite. C) The entropy of the system increases indefinitely. D) The reaction never reaches equilibrium.
A) A period where no reactants are consumed. B) A slow initial phase due to low catalyst concentration. C) A phase where the reaction rate is at its maximum. D) The phase where the reaction reaches final equilibrium.
A) The reaction will not proceed at all. B) The reaction must start by a slower, alternate uncatalyzed path. C) The reaction will spontaneously generate a catalyst. D) The reaction will proceed at a maximum rate immediately.
A) The point where the plating rate accelerates after some initial deposition. B) The removal of surface impurities. C) The formation of the initial chemical bond. D) The cooling phase of the plating process. |