for 2nd order reaction, if t=0,x=0 then value of Z or C??
Answers
Answer:
When zero order kinetic rate law is followed, let [A] is the current concentration, [A]
0
is the initial concentration, and k is the reaction constant and t is time
Then relation is given by [A]=[A]
0
−k
In order to find the half life we need to isolate t on its own, and divide it by 2. We would end up with a formula as such depict how long it takes for the initial concentration to dwindle by half given by -:
⟹t 1/2
= 2k[A] 0
Answer:
When zero order kinetic rate law is followed, let [A] is the current concentration, [A]
0
is the initial concentration, and k is the reaction constant and t is time
Then relation is given by [A]=[A]
0
−k
In order to find the half life we need to isolate t on its own, and divide it by 2. We would end up with a formula as such depict how long it takes for the initial concentration to dwindle by half given by -:
⟹t 1/2
= 2k[A] 0
Explanation:
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