zero order Kinetics derivation | zero order rate constant derivation | rate constant of zero order

zero order Kinetics derivation | zero order rate constant derivation | rate constant of zero order

[@3minpharmacy]

Get Notes of chemical kinetics
👇👇👇👇
rzp.io/l/ciAtnpKc

[@sujata_706]

AMAZING TEACHING + TEACHER...!!👍🙌🤗

[@____hamiiid__]

Bht bht skrya aapka itta eg derive karne ke liye.
Such a very eg. 😊

[@FarhnxEdit]

Video is 5:59 seconds and channel's name is 3 min pharmacy that's not fair😂 ...Sorry sir it's just a joke... I love your teaching ❤❤❤best teacher ever and to the point teaching skills 💗

[@3minpharmacy]

Yes, you are right. I accept and will work on this😂😂,

[@iqrashaikh8323]

Thnkyuhh soo muchh sir...!! I was searching exact derivation of textbook... Ndd here I got means a lot sir❤

[@darshith972]

Yuck fou

[@khushisingh6471]

I am taking your class first time amazing understanding🎉❤

[@farizgulzar6470]

Osm lecture sir Got it just in 3 mins

[@Daniel_916]

Thank you Sir i appreciate this ❤️

[@rutba1819]

Same explanation given by my teacher..BTw thanks a lot.

[@3minpharmacy]

🙂🙂

[@sujata_706]

Thank you so much sir..... Very Helpful vdo..!!❤🙌

[@hanamanthbombulage8899]

😍Ur the best sir in the World👍💯

[@monikarajesh9151]

Sir good explation 👍👍

[@ayu5hh_25]

W Sir Well explained in just six minutes you maked it easy pizy

[@Ehmed534]

Very helpful thank you soo much love from Kashmir

[@3minpharmacy]

My pleasure 😊

[@creepy_gaming]

Anyone from 2025???

[@aayattmir6170]

Bro you are from future

[@creepy_gaming]

@@aayattmir6170 yep!

[@ABHISHEK29plays]

Yes 😂😂😂

[@Godfather-ex4pi]

2026

[@ektaprajapati4046]

I am from 2028

[@hushiarsingh8772]

Thanku thanku thanku sir❤❤❤❤

[@RetroRebelsEdits]

Thank you so much sir ❤❤❤❤❤❤

[@drishti-ki7ny]

Thanku sir.. Very helpfull ❤❤❤❤

[@lavanyawasnik8719]

nice derive

[@sanjaykukraja3037]

Thnx a lot sir ❤❤

[@CccSss-s5c]

Very very thanks brother❤❤❤❤❤❤❤❤❤❤❤❤❤❤ I can understand

[@xlr8abii352]

Thanks dude 😊 it was helpful ❤

[@AbheyChoudhary-qt1vf]

This is also applicable for boards

[@Hacker_32198]

Best understanding 💘👍🏻🤍

[@Haryana_boys944]

Nice 👍🏻👍🏻 not hard but easy also 😂😂😂😂😂😂😂

[@abirhasan7551]

Does that mean R(knt)-R=X , what is x actually

[@3minpharmacy]

The equation I explained Is the standard one. (Kt= R0-R). Many writers use other symbol for representation, you have to check the equation accordingly
If you put X=kt
Then equation will be X=R0-R

[@sukhu7238]

Thanks sir 👍

[@abirhasan7551]

What about, X=kt , are both the same ?

[@TeesMaarKhan3110]

Thanku smuch 👍💛

[@DheerajDeswal-n1f]

Sir collision theory ki video bana o🙏🙏

[@AnsarMushtaq-ck6ey]

Thanks bhi

[@RamkishorMahto-ey2ex]

best teacher🤣🤣🤣🤣🤣🤣🤣

[@afsakhan7230]

I didn't understand in class but I understand by this video thanks a lot sir 😍😍💫

[@3minpharmacy]

It's my pleasure 🙂👍🏻

[@Lakhanchauhan0937]

Tysm sir ❤😊

[@gauravbondre1856]

Thanks 🙏

[@deepikatayde238]

Thanku sir

[@Noob-clutcher1]

Tq so much sir

[@sashankjha8457]

2nd or 3rd order ka bhi video banaye sir

[@vinaykhokhar9740]

Thanks 👍

[@sanika4524]

Life savior

[@Class12-gw5uu]

🙏🙏

[@omkarshet5463]

⚡⚡

[@biharigaming4024]

Sir difiniation mai khy likhe

[@3minpharmacy]

in zero order kinetics the rate of reaction is independent of the concentration of reactants

[@shubhtrivedi7194]

thank you

[@abirhasan7551]

Pls reply xm hain mera

[@likhiitha_]

R equals R not clarify thiz plss how it came

[@asthasingh1019]

Niceee 💪

[@3minpharmacy]

☺️👍🏻

[@qiralmohammadnajih5501]

Bhai mai familiar ni hu y equal to mx se 😢😢 Qki mai ne ch ni pada😢😢

[@santoshpatel1262]

H

[@mr_.yaseen._19]

Ye bas ladkiyon ko hi reply karraha he 😂😂

[@3minpharmacy]

Brother my situation is like that, I am only able to see comments in 3-4 days due to work load . Even your comment I have seen at midnight.
Still I try my best to reply as much as possible

[@ayu5hh_25]

W Sir Well explained in just six minutes you maked it easy pizy

[@aartirawat8674]

Thank you so much sir 😊😊

[@shiyabhandari6316]

Thank you

[@mirfahmida529]

Thank you so much sir 💖

[@3minpharmacy]

☺️