`K_(m)` value of enzyme is substrate concentration at

Michaelis - Menten constant (K_(m)) of an enzyme is substrate concentration at which the reaction attains

Michaelis - Menten constant (K_(m)) of an enzyme is substrate concentration at which the reaction attains

K_(m) value is expressed as the substrate concentration at

K_(m) value is expressed as the substrate concentration at

Discuss the following properties of enzyme: Substrate concentration

An enzyme [E] is combined with the substrate [S] as follows: E+S underset(K_(-1))overset(K_(1))hArr ES ES overset(K_(2))rarr P +E The overall reaction rate is given by: Rate =(V_("max")[S])/(K_(m)+[S]) and the rate of reaction varies with substrate concentration as: The order of reaction at point A is :

In an enzyme catalyzed reaction, it is possible to reverse the inhibition of a reaction by increasing substrate concentration in which of the following case?

What is denoted by X and Y in the given graph? {:("X","Y"),("1) Activation energy without enzyme","Activation energy with enzyme"),("2) Activation energy with enzyme ","Activation energy without enzyme"),("3) Substrate concentration with enzyme","Substrate concentration without enzyme"),("4) Substrate concentration without enzyme","Substrate concentration with enzyme"):}

What is denoted by X and Y in the given graph? {:("X","Y"),("1) Activation energy without enzyme","Activation energy with enzyme"),("2) Activation energy with enzyme ","Activation energy without enzyme"),("3) Substrate concentration with enzyme","Substrate concentration without enzyme"),("4) Substrate concentration without enzyme","Substrate concentration with enzyme"):}

At optimum temperature and pH, time required to reach maximum velocity of a reaction is 8 seconds, then what will be the time when substrate concentration is K_(m) ?