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what coenzyme reduce without altering rate of reaction
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∙ 13y ago
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Why pole face are chamfered in dc machine?
in order to reduce armature reaction.
What is an agent that causes or speeds up a reaction without permanently altering itself?
Catalysts speed up chemical reactions without being used up or damaged in the process. Catalysts provide an active site that helps to bring chemicals together and thus increase the likelihood of a reaction taking place (and thus speeding up the reaction).As well as speeding up reactions catalysts also reduce the activation energy needed for reactions to take place.Enzymes are biological catalysts made out of protein.All catalysts can be damaged or inhibited by either changing the shape of the active site or blocking it altogether.
What does catalysts and rate of reaction do?
Catalysts either accelerate or reduce the rate of the reaction.
Why does the rate of a reaction speed up?
Catalyst will reduce the activation energy of the reaction, thereby the speed of the reaction (or the rate of the reaction) increases.
How a enzymes catalyze a chemical reaction?
they reduce the activation energy required for the reaction to occur
How do catalyst affect the energy of reaction?
Catalysts greatly reduce the amount of activation energy needed to begin a reaction.
How you can reduce the effect of armature reaction?
by using capacitor
What does a catalyst reduce to a chemical reaction?
Adding a catalyst a chemical reaction can occur with a lower activation energy.
How do you reduce armature reaction?
By Using Interpoles (Auxillary Poles).......
What is wolfkrishner reduction reaction?
Wolff-Kishner reaction is used in order to reduce a ketone to an alkane. NH2NH2 (hydrozine) and KOH are used in the reaction.
What can reduce the amount of energy needed for a chemical reaction to take place?
adding a catalyst to the reaction
Why can a catalyst speed up a reaction even at low temperature?
Because catalyst will reduce the activation energy of the reaction, thereby the speed of the reaction increases.
