You Will NEVER GET CONFUSED Regarding First Order Elimination Kinetic After Watching this Video

[@fixerrr98]

This channel is so underrated, So smooth and simple explanation.

[@SalmaHossam-q7v]

I deeply thank you!! As a pharmacy student, kinetics have never been this easy. You earned a new subscriber!

[@bahramjan2881]

This method of teaching is soooooo awesome 😮 to clear our concept within 10 min .... Thanks Sr for doing such a nice job ..... And keep it up to post new valuable videos ....

[@NonstopNeuron]

Thank you so much. Please share the video. It needs your support.😊

[@Dr_smit_patel]

Read many books for only this single concept FEEL but ultimately i got this video ... boom....best explanation 🎉❤

[@nabalm2067]

you're amazing 🌼👏🏼

[@dhandapani9870]

Thank you so much. You’re such a blessing

[@dharmendrakumarrana7557]

Really helpful ❤

[@captainhabeeb05]

You are a great teacher🔥 Thanks for the video❤

[@gholamjeelani3947]

Ur videos with cartoons are vry much helpful ! If u make sound quality btr it would be super excellent.

[@husamsaleh8645]

Thanx alot 🌹

[@rory1234gilmore]

Best explanation

[@LovepreetSingh-hp3yf]

thanks for this kind of videos

[@jeongminchoi309]

Is the First order kinetics only related to elimination? not to absorption? Thanks for this great video :)

[@NonstopNeuron]

I don't remember of explicit mention of order of kinetic for absorption anywehre but as per my understanding if you go to the roots of how molecular interaction happens, then yes, it must be applicable there too. In fact we also see that absorption is faster when the drug is given in a more concentrated form. That must be the result of first order kinetic. I hope it helps.

[@globalcuisine1741]

Good explanation.

[@NonstopNeuron]

Thank you 😊

[@Chineseiseasy265]

Wahhhhhhhh great

[@NonstopNeuron]

If you liked the video, please share. It will be a great help. Thank you 😊

[@kemirembejulian2925]

THIS HAS SIMPLIFIED IT INDEED