Determine Rate Law Mathematically

[@awakener_1647]

Your videos are great, you lay everything out so it's simple and straightforward

[@OldSchoolChemistry]

Hi Awakener, I am glad you think so. Thank you for your comment! I hope chemistry goes well for you. :)

[@Priyanshu.G]

thank you so much!!!! ur saving me in my first year university chem course

[@OldSchoolChemistry]

Hi Priyanshu, That blesses my heart. Thank you for letting me know. I am proud of your hard work!!

[@Priyanshu.G]

​@@OldSchoolChemistry Thank you so much! Not only are you helping me in chem, but also in bio. Those entropy playlists have been a god sent!

[@OldSchoolChemistry]

@@Priyanshu.G Awesome - that makes me so happy! God bless you:)

[@lionelyearwood677]

you just made that so easy all my anxiety has gone away in the span of 10 min

[@OldSchoolChemistry]

Praise God. That makes me so happy!

[@OmamaHassan]

Thankyou you are the best, I was struggling in college. This one helped me out. if I do have any doubts regarding rate law will ask you. hope you are ok with it.

[@OldSchoolChemistry]

Hi user, sure. I am glad it was helpful. Good luck with your class:)

[@lionelyearwood677]

you actually da goat

[@OldSchoolChemistry]

You made me smile!

[@lionelyearwood677]

@@OldSchoolChemistry🤞🏾🫶🏾🤞🏾

[@faizanmuneer7448]

Great explanation, but how and where do we get the values of the initial rate?

[@OldSchoolChemistry]

Hi Faizan, from experimental data. Often professors will have you do a rate lab were you collect these values. Thank you for your question.

[@mohfa1806]

thank you very much...great explanation ...just a question please : is first order reactant means that if the concentration of this reactant doubled or trippled , then the rate will be multiplied by two or three?..

[@OldSchoolChemistry]

Yes! Exactly😁

[@OldSchoolChemistry]

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[@mohfa1806]

@@OldSchoolChemistry ok thank you👍

[@mohfa1806]

@@OldSchoolChemistry i will watch it for sure

[@saraalteneiji5491]

Hi , I have question is it always we will have similar values on the table? And what does these value represent ?

[@OldSchoolChemistry]

Hi Sara, no the values can change. The chemist makes the concentration they want to test. The concentrations are the amount of the beginning reactants, and the initial rate is the rate of consumption of each reactant. I hope that helps. Thanks!

[@saraalteneiji5491]

Thank you so much!!! That was helpful❤❤@@OldSchoolChemistry