It is not required. You may take the concentration at any point. BUT, when you determine the reaction rate of a reaction, it is normally determined as the “initial reaction rate”. That is why you take the starting concentration.
@@BrimChem Sir in graph of chemical kinetics, concentration of reactant taken at high point but concentration of product taken at zero point. I didn't understand that logic. Please tell me.
PMT Academy Review the video at the 5:00 -6:00 minute mark. You want the initial concentration, which is the concentration at the beginning of the reaction.
Very helpful! Thanks
Sir why take concentration of A, at high.I didn't understand.Please tell.
It is not required. You may take the concentration at any point. BUT, when you determine the reaction rate of a reaction, it is normally determined as the “initial reaction rate”. That is why you take the starting concentration.
@@BrimChem Sir in graph of chemical kinetics, concentration of reactant taken at high point but concentration of product taken at zero point. I didn't understand that logic. Please tell me.
Taken at time = 0
@@BrimChem and concentration of reactant,, taken time =?
PMT Academy Review the video at the 5:00 -6:00 minute mark. You want the initial concentration, which is the concentration at the beginning of the reaction.