From the cambridge english corpus our results suggest that as the activation energy is increased even further than we have shown additional highfrequency instabilities appear.
Activation energy in a sentence.
The least amount of energy required to activate atoms or molecules to a state in which they can undergo a chemical reaction.
The reaction with the lower activation energy will proceed at a greater rate.
Activation energies may often be obtained from rate measurements by using transition state theory.
Activation energy in a sentence 1.
A high temperature from a match or spark etc gives the reactant molecules enough kinetic energy to overcome the activation energy.
Even if a reaction is exergonic it may not proceed if its activation energy is too high.
0 since photosynthetic light reactions produce atp the atp dependence of rubisco activation provides a mechanism for light dependent activation of the enzyme.
The activation energy was also shown by the above to vary with the environment.
This amount of critical energy is known as the activation energy of the reaction.
Definition of activation energy.
The activation energy for dehydration reaction has been calculated by freeman carroll method.
Reactions studied by the.
Because of the low activation energies such reactions are often readily reversible at room temperature.
Sentence with the word activation energy.
The activation energy and reaction rate constant of clinker formation reactionhawe been gotten.
The reaction of combustion.
A physical reason for this is that as the activation energy increases the induction time and corresponding induction length increase exponentially.
Before a catalyst enzyme substrate can speed up a chemical reaction it must use activation energy.
Activation energy in a sentence cases also exist where the ignition factor is not the activation energy.
The minimum amount of energy required to convert a normal stable molecule into a reactive molecule examples of activation energy in a sentence recent examples on the web these create the activation energy required for a high explosive to react.
A high temperature from a match or spark etc gives the reactant molecules enough kinetic energy to overcome the activation energy.