14.5 Integrated Rate Laws | General Chemistry

Chad provides a comprehensive lesson on the Integrated Rate Laws. The Zero Order, 1st Order, and 2nd Order integrated rate laws are introduced and then used to calculate concentration changes over time. The half-life equation is also introduced for Zero Order, 1st Order, and 2nd Order reactions, but particular attention is paid to 1st order reactions as they are the only one whose half-life is independent of the reactant concentration. Finally, graphical relationships are presented for each order and it is shown how based upon whether or not a plot is linear the order of the reaction can be determined.
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00:00 Lesson Introduction
00:28 Introduction to the Integrated Rate Laws
01:59 Calculations with the Integrated Rate Laws
08:58 Half-Life
18:13 Graphical Relationships for Zero, 1st, 2nd Order
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[@peybak]

Hey Chad, this kinetics series has been BOSS! Specially when you showed how to derive the rate law a few days ago. That was really helpful. So thank you!

[@ChadsPrep]

Glad it was helpful, Peyman!

[@deepakreddy813]

First things, these vedios require a lot more attention. And also thank you so much for making this so easy by your explanation. Huge respect

[@ChadsPrep]

You're welcome and Thank You - glad you found us.

[@UniqueUsername01]

Thank you so much for making these videos! I can not tell you how confused I was about this section and watching your video really cleared things up and clicked ideas into place. I look forward to watching the rest of the series. Again thank you, thank you, THANK YOU!!!!

[@ChadsPrep]

That is great to hear - You are welcome and Thank you.

[@jrbaum4644]

I wanted to stop by and say thank you for your brilliant explanation. You were clear, concise, and straight to the point. Keep up the great work!

[@ChadsPrep]

Thank you - appreciate all the feedback!

[@skylardean4540]

Your videos, as always, have greatly helped me understand the concepts at hand. Thank you.

[@ChadsPrep]

Excellent - thanks for saying so!

[@sarahdada1284]

I just discovered your channel right before the gen chem 2 final, and I feel like I am finally understanding the content! Please make ochem videos, these will be a lifesaver next semester!!!

[@ChadsPrep]

Glad you found us. You should check out my playlists...already have ochem videos! Happy Studying!

[@jeffersondavis6618]

Hey Chad, thanks for the Clarity provided on these different orders of reaction. But I'm somehow confused on deriving ln e-

[@michellemwasumbi6534]

I cannot thank you enough for all of your content! It has been incredibly helpful for my semester!

[@ChadsPrep]

Excellent!

[@bryannabustamante7440]

Thank you for these videos and making them easy to understand !! I have my midterm exam and I was so lost before watching your series haha. God bless you

[@ChadsPrep]

You're welcome - glad the channel is helping you and hope you excel on your midterm!

[@jesusamadorflores2242]

Yooo what a chad!!! I really appreciate your from of teaching!

[@ChadsPrep]

Glad the channel is helping you.

[@achiriu1987]

How did you get 0.44 for the zero order?

[@amy6810]

Thank you Lord for Chad!! 🙌🏼

[@ChadsPrep]

Thanks for saying so!

[@thokgamopelontle4584]

Thank you for the information Sir

[@ChadsPrep]

You are welcome!

[@user-vx4rw7gx3r]

This is brilliant thank you very for this wonderful explanation

[@ChadsPrep]

You're very welcome!

[@pitrader4208]

anyone get a diff value for integration problem on second order?

[@MatthEgede]

Thanks so much....I am really getting some facts that were confusing

[@ChadsPrep]

Glad the channel is helping you - Happy Studying!

[@lovelyasefri8220]

I like your teaching so much…yo are the best teacher in the world

[@ChadsPrep]

Glad to hear it - Thanks for saying so!

[@Obamnaz]

Thanks so much !

[@ChadsPrep]

You're welcome!

[@buffylloyd1860]

Gréât explanation!

[@ChadsPrep]

Thank you!

[@tia6279]

watching this right after the superbowl for a test and hearing him at 4:25 is hilarious

[@ChadsPrep]

Hope you do well on your test!

[@rohan7722]

Thank you so much

[@ChadsPrep]

You're welcome.

[@lethabomolesh2604]

Hy can you share the link for the video where you do derivations

[@alexkirby4502]

kzbin.info/www/bejne/j3nVqpesZth9mbc

[@tahminehjalalai]

you are amazing 😊

[@ChadsPrep]

Thanks!

[@adelaidejoilugnasin989]

Hi, i'm just a little confused on how you get the constant rate k=0.001 reply ASAP 3:10

[@retrosapien1]

i think its given in the question

[@lynne6973]

I undated easily than @organic chemistry tutor 😂i really like the way chad teaches

[@ChadsPrep]

Glad to hear it!

[@valv1377]

I don't understand how he went from .753 to .47M. I don't know how to find the e^ on the calculator.

[@valv1377]

I figured it out I was leaving off the negative!

[@modesterchaga7655]

Practical of chemical kinetics

[@CloudslnMyCoffee]

I swear chemistry isn't science, its just math

[@ChadsPrep]

You could see it that way