when heating it it prevents the enzyme from adapting faster and that takes time for the enzyme to adapt which will take more time and make the rate at which the reaction occurs slower. did i answer ur question? :)
A rate-limitingenzyme's place as first in a series is important because if an enzyme at some point in the sequence were rate-limiting,an intermediate chemical in the pathway might accumulate.
Cooling generally slows down enzyme activity by decreasing the kinetic energy of the enzyme molecules, limiting their ability to collide with substrate molecules and facilitating the formation of enzyme-substrate complexes. Heating, on the other hand, initially increases enzyme activity by providing more kinetic energy for enzyme-substrate collisions and enhancing the rate of reaction. However, excessive heat can denature enzymes, causing them to lose their shape and function, ultimately decreasing enzyme activity.
well one enzyme hits another enzyme and the rate of fermentation is increased init. mr med
When an enzyme is saturated the amount of substrate added no longer as an effect on the rate of the reaction.
the inorganic substance which increases the enzyme activity is called?
A rate-limitingenzyme's place as first in a series is important because if an enzyme at some point in the sequence were rate-limiting,an intermediate chemical in the pathway might accumulate.
Cooling generally slows down enzyme activity by decreasing the kinetic energy of the enzyme molecules, limiting their ability to collide with substrate molecules and facilitating the formation of enzyme-substrate complexes. Heating, on the other hand, initially increases enzyme activity by providing more kinetic energy for enzyme-substrate collisions and enhancing the rate of reaction. However, excessive heat can denature enzymes, causing them to lose their shape and function, ultimately decreasing enzyme activity.
On heating the rate of Diffusion increases..
well one enzyme hits another enzyme and the rate of fermentation is increased init. mr med
the stomach might digest the enzymes at a faster rate than they are absorbed
Noncompetitive inhibitors decrease the rate of an enzyme reaction by bonding to an enzyme somewhere other than the active site, deforming it and permanently disabling the enzyme, so that enzyme can never function again, so the rate of reaction decreases.
its called an enzyme
It doesn't
When an enzyme is saturated the amount of substrate added no longer as an effect on the rate of the reaction.
The function of an enzyme is to increase the rate of a reaction.
The rate of a reactions usually increases when catalyzed by an enzyme. For maximum rate of activity, the enzyme needs optimal conditions.
There is a direct relationship; as the enzyme concentration increases, the rate of reaction increases.