33 Replies
@Dexter
Note for OP
+solved @user1 @user2... to close the thread when your doubt is solved. Mention the users who helped you solve the doubt. This will be added to their stats.1st order?
Notice the nature of the graph
And try predicting the order as you can derive the integrated rate law expression
Like in this one....
You can notice an exponentially decaying graph
Which hints towards the first order kinetics as the integrated rate law expression has an e term in it
It's 2md order naa
Mujhe bhi 1st order laga tha
Cuz of said decay like thingy
But it's second order
Huh?
Maybe check with the values then
Those given on the graph
Wahi to puchra kaise
Kisko kaha daalna
Kis equation me kis relation me
Change in concentration by change in time calculate karo
And observe how it changes with concentration
Wo to diya hi nahi hai naa kahi se check the axes
Kaise nikalu
Ek second let me grab my pen and paper
Dekhta hun
Okie
uwu
Ohh I just noticed the axes lol
😭
Yea
Nahi to mai kar hi leta
Yeah fair
Agar wo bhi na hota to chod deta JEE prep
Sorry lol
Np hota hai
Bruh itna nahi sochte 😭
Nahh I spend too much time with myself I think a lot and too much :Saul_Goodman: :Saul_Goodman: :Saul_Goodman:
Fair me too
Us
Frfr
Anyways hapl plij
:samosa2:
Yaar I’m trying to figure out this function
It’s not really e ki power thing btw
Like the values aren’t so
I mean
Just doesn’t feel like it for some reason now
Haina
This solution seems kinda handwavy
But seems apt to me
Ask if you got any doubts on this
Dekh lo bhai ise bhi @Phalawor
Ya ho gaya solve?
Kal dekhta hu Kinetics ne dimaag jyada kharab kar diya gaa raha hu ab
Koi ni 😭👍
Check media
hmmmmmmmmmm ok so basically slope ka graph form likh ke uska rate law wala expression likha hai na
Slope ka expression likha hai bas
And rate law se compare Kiya hai
yea ea
that that
same same
meaning meaning
Yup
We good then? @Phalawor
Yee yee
+solved @Enamine
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