dude! AWESOME! will be assigning my Chem 1B class to watch this while we are all 'sheltering-in-place' during the COVID-19 pandemic .... teaching/learning WILL continue :-) (then in future semesters, I am going to try what you did with the plates ... students love activities like that)
The colder temperatures will not only cause the rate constant to decrease, but oxygen solubility to increase. Fortunately the change in rate constant dominates and one can omit this detail if desired. There are many details to this reaction.
I wish I had a chem teacher like this! two thumbs up!!!
mistake starts at 5:25 to 5:35 (the MOST in middle, second most in left, and MOST in right flask)....OOPS! Nobody noticed...LOL.
dude! AWESOME! will be assigning my Chem 1B class to watch this while we are all 'sheltering-in-place' during the COVID-19 pandemic .... teaching/learning WILL continue :-)
(then in future semesters, I am going to try what you did with the plates ... students love activities like that)
The colder temperatures will not only cause the rate constant to decrease, but oxygen solubility to increase. Fortunately the change in rate constant dominates and one can omit this detail if desired. There are many details to this reaction.
Very satisfactory demonstration sir. Thank you. It provides a very nice intuition of the physical meaning of chemical kinetics.
reaction is zero order for oxygen but when you shake more and introduce more oxygen it takes more time to decoulorize…any help?
Good job.
Very nice video. Thanks
Very nice demonstration, thanks a lot!
thanks for the great video
amazing video!
amazing video.
who here from mr i class👀👌🏻💯
Who’s here from miss Flores class 👀
you didn't wear a lab coat
😀
great video!
Fantastic
Wear gloves
Very vague explanation
😻😻