Rate Law Overview

[@kayleighfranklin2752]

It’s so rare that someone explains things in a way I can understand but you do! I often think my brain works backwards lol

[@OldSchoolChemistry]

Hi Kayleigh, I am so glad this was understandable. You are doing great! Good job working hard and watching extra videos:)

[@lionelyearwood677]

you da bessst ;)

[@OldSchoolChemistry]

Thank you lionelyearwood;)

[@shahadal.198]

You are an angel! 💗

[@viktornoikristinsson]

Outstanding clarification!

[@OldSchoolChemistry]

Hi Viktor, Thank you. I appreciate your comment!😊

[@rbc812]

How is the rate law related to the rate of disappearance?

[@OldSchoolChemistry]

This might help: ruclips.net/video/ULxqT7riPtI/видео.htmlsi=X75N8D0YgN7c0SYu

[@mystudycorner5080]

Thank you so much! 💗

[@OldSchoolChemistry]

Hi My Study corner, You are so welcome. I hope chemistry goes well for you. Please subscribe if you have not already! Thanks:)

[@gelogemina409]

Why must the concentrations of reacting substances be multiplied and even raised to some powers?

[@OldSchoolChemistry]

Hi Gelo, Every reactant impacts the rate in a unique way. It can only be experimentally determined how each reactant impacts rate. It cannot be predicted. It is a unique property of each reactant in a reaction. Thanks! Great question:)

[@gelogemina409]

@@OldSchoolChemistry I still don't quite understand but thanks anyway!

[@boss.00000]

Hello..i am also chemistry teacher from India your explanation is nice
... Can i talk you

[@OldSchoolChemistry]

Hello fellow chemistry teacher! Sure:) My email is [e-mail] Thanks!

[@sofial8463]

I wish you were my AP chem teacher 😢

[@OldSchoolChemistry]

Hi Sofial8453, I wish you were my AP Student!! I hope your class goes well. You can do this:)

[@boss.00000]

You are so beautiful