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the activated complex
has higher energy than the reactants
the creation of activated complexes is more likely
Δ concentration / Δ time
reactants must collide with the proper orientation
Δ concentration / Δ time
is the energy required to create the activated complex
the reaction rate increases
quantity / volume
activation energy
has higher energy than the reactants
the creation of activated complexes is more likely
Δ concentration / Δ time
reactants must collide with the proper orientation
Δ concentration / Δ time
is the energy required to create the activated complex
the reaction rate increases
quantity / volume
a reaction rate can be calculated as:
has higher energy than the reactants
the creation of activated complexes is more likely
Δ concentration / Δ time
reactants must collide with the proper orientation
Δ concentration / Δ time
is the energy required to create the activated complex
the reaction rate increases
quantity / volume
concentration is
has higher energy than the reactants
the creation of activated complexes is more likely
Δ concentration / Δ time
reactants must collide with the proper orientation
Δ concentration / Δ time
is the energy required to create the activated complex
the reaction rate increases
quantity / volume
according to the collision theory
has higher energy than the reactants
the creation of activated complexes is more likely
Δ concentration / Δ time
reactants must collide with the proper orientation
Δ concentration / Δ time
is the energy required to create the activated complex
the reaction rate increases
quantity / volume
If the surface area of solid reactants increases
has higher energy than the reactants
the creation of activated complexes is more likely
Δ concentration / Δ time
reactants must collide with the proper orientation
Δ concentration / Δ time
is the energy required to create the activated complex
the reaction rate increases
quantity / volume
If the concentration of the reactants increase
has higher energy than the reactants
the creation of activated complexes is more likely
Δ concentration / Δ time
reactants must collide with the proper orientation
Δ concentration / Δ time
is the energy required to create the activated complex
the reaction rate increases
quantity / volume
a reaction rate can be calculated as:
has higher energy than the reactants
the creation of activated complexes is more likely
Δ concentration / Δ time
reactants must collide with the proper orientation
Δ concentration / Δ time
is the energy required to create the activated complex
the reaction rate increases
quantity / volume
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