the ___ for a reactant is the power to which the concentration of a reactant must be raised to give the…

the ___ for a reactant is the power to which the concentration of a reactant must be raised to give the experimentally observed relationship between concentration and rate. the ___ is an experimentally determined mathematical relationship that relates the speed (rate) of a reaction to the concentration of reactants. the ___ is the complete sequence of elementary steps that make up a chemical reaction. in a(n) ___ reaction, a certain series of steps must occur with correct fit and in an exact sequence in order to yield the reaction products. the ___ is a numerical value that relates reaction rate and concentration of reactants at a given temperature. choose choose complex chemical kinetics intermediate particle reaction rate law overall reaction order reaction rate activated complex reaction order specific rate constant reaction mechanism

the ___ for a reactant is the power to which the concentration of a reactant must be raised to give the experimentally observed relationship between concentration and rate. the ___ is an experimentally determined mathematical relationship that relates the speed (rate) of a reaction to the concentration of reactants. the ___ is the complete sequence of elementary steps that make up a chemical reaction. in a(n) ___ reaction, a certain series of steps must occur with correct fit and in an exact sequence in order to yield the reaction products. the ___ is a numerical value that relates reaction rate and concentration of reactants at a given temperature. choose choose complex chemical kinetics intermediate particle reaction rate law overall reaction order reaction rate activated complex reaction order specific rate constant reaction mechanism

Answer

Brief Explanations:

  1. The power to which a reactant concentration is raised in the rate - concentration relationship is the reaction order.
  2. The experimentally - determined mathematical relationship between reaction rate and reactant concentration is the reaction rate law.
  3. The complete sequence of elementary steps in a chemical reaction is the reaction mechanism.
  4. In an elementary reaction, steps must occur in a specific sequence to form products.
  5. The numerical value relating reaction rate and reactant concentration at a given temperature is the specific rate constant.

Answer:

  1. reaction order
  2. reaction rate law
  3. reaction mechanism
  4. elementary
  5. specific rate constant