Seven Things They Don't Tell You About the Reaction Rate Equation

[@flaym.]

As a master's chemistry student, I honestly love the way you explain fundamental concepts and turn boring topics (sorry, kinetics) into fun visualisations. Genuinely the best chemistry channel out there right now. Almost every video on this channel somehow manages to educate me on some key details for understanding things that I've missed in my degree, and I'd love to see your approach to more advanced topics :)

[@SecularMentat]

I like Michaelis Menten. Especially the Lineweaver Burk plots. I do enjoy these videos. Keep 'em coming.

[@sheepwshotguns42]

im a noob so i'll vote for the simpler video, but honestly i'll watch the more complex videos too and just hope i absorb something via osmosis.

[@jerrycornelius5986]

I always look forward to these videos, especially the physical chemistry. Thank you.

[@jeremiahreilly9739]

Niether a chemist nor a student, just an avid listener. I love your presentations. Fractional reaction orders and self-copying molecules? Sure. How do you actually know that reactions happen, other than color changes or explosions? Sure, sure!

[@heljdaa]

so nice seeing more physical chemistry videos on youtube. i am sort of struggling with it in school right now and these are so helpful.

[@erneset594]

thank you for the new video! your channel really helps with motivation in chem learning

[@robertdelisle5403]

Self copying molecules??? Yes!! Please!!!

[@eladiomendez8226]

Great video as always

[@Muhammadshoaib-ow1km]

Would love to see next video on michaelis menten kinetics

[@siiluviilu]

Ooh yes please

[@hexstealth7035]

Me too

[@easteregg-ch5jg]

Oh yes

[@uchindamielia2399]

That bonus fact deserves its own video

[@Acbelable]

More about how reactions hapend

[@100gecs3]

Could you do a video on the Arrhenius equation 🙏?

[@Acbelable]

More about self copying molecules please

[@siiluviilu]

Very nicely explained! Happy to say I was taught about some of these at least, hah

[@MNaumanUllah]

Please go with complex one

[@genres381]

Do a video about crystal structures

[@alexwang982]

yes pls

[@eskerbth8266]

There's a couple of them on the channel already

[@cocotte4746]

Yes complex stuff please

[@benceleventeode9898]

Cool video thanks

[@James-xu3vc]

Captain Kirk has not aged a day !! 😂😂❤

[@trademarkcomplete1936]

Great content as always. Although is it just me or is he wearing Captain Kirk's Enterprise uniform?

[@tissuepaper9962]

and he switches to the red shirt at the end. could still be a conincidence.

[@ojasdessai1318]

Can you answer why rate=П(concentration of products)^stoichiometric coefficients , when studying equilibrium?

[@alexwang982]

probability

[@noahh.3644]

This formula is a approach for elementary reactions. It just says that a single step reaction occurs at a defined rate. In reality reaction rates are far more complicated.

[@ThreeTwentysix]

Equilibrium reactions coming up!

[@sciencedoneright]

What about solids? So far, as far as I've been taught, insoluble solids also have a contribution of unity to the rate equation's expression. The reason for solvents doesn't apply here, right?

[@noahh.3644]

As a chemical engineering student, all the misunderstandings I have seen from chemistry students about reaction kinetics are due to not explaining them the mathematical concepts of reaction modelling.

[@CosumuHcos]

are you sure you cant compare reaction rates with catalysed vs non catalysed reactions? for example if you have an inorganic catalyst the reaciton rate is dependent on the surface area of the catalyst, not on the concentration of the reactants, so its a zero-order reaction. granted comparing zeroth order reactions and autocatalysis is distinct to comparing higher order reaction rates where the units do change.

[@ThreeTwentysix]

You can compare the overall *rates* (incorporating concentrations, pressures, flow rates etc) but not the rate constants by themselves, if they have different units.

[@Acbelable]

Then how do you compare chathalyss ?

[@SOOKIE42069]

I dig the Captain Kirk colorway today!

[@khuongpham5516]

Am requesting a Michealisa-Menten equation video pretty please 🥺

[@eskerbth8266]

8:10 Nice

[@sciencedoneright]

hello! :D