15.3 Combining Equilibrium Constants

[@blkteg21]

Great video!! Short, Clear, and Concise. Thank you very much and keep them coming.

[@anything4050]

What if we need to subtract a reaction ... please make a video on that..

[@YiffKitsune]

Turn to 1.5x speed, makes it infinitely more watchable.

[@Anime_Edits_TN]

Even at 1.25X it was still slow, U are correct bruh 😂😂😂

[@Gardenartistry33]

what I do not understand is why you chose to reverse #2. Please help

[@Cafe_TTV]

in the overall reaction, N2O is in the reactants. in the #2 equation, N2O is in the products side. you "flip" it over so both are on the reactants side,

[@sairamiranda3310]

Can you please explain why you canceled the half on the first equation and then added a half onto the second equation when you were adding the two equations together?

[@manuelaekotto3758]

Because he cancelled out reactants that were on opposites sides. As he did with N2 he manages to cancel it completely. But with O2 there was only half on the other side, therefore he could only cancel out half the oxygen to have the net reaction.

[@marvinalfaro5259]

Thanks to you I got 100% on my assignment :)

[@mylescarter1970]

Can you explain the term "Intermediate". it wasn't clear to me what made it intermediate ? The N2 ?

[@Cafe_TTV]

it's not in the final product. thus it's an intermediate, which only exists during one of the reaction steps

[@benjamincordes207]

I found this clear and helpful. Thanks.

[@sriharsha05]

thanks a lot !! this boosted my understanding of equilibrium constant

[@alanaliu7548]

THANK YOU Fus

[@hebaalghol4497]

At 1565 k we have these equilibrium constants : 2Co2 < ---- > 2Co + o2 K1=1.6*10-11 2H2o < --- > 2 H2 + O2 K2=1.3*10-10 Co2 + H2 < --- > Co + H2O K3 = ?

[@keyonaanthony643]

i need

[@AssyrianKing4ever]

Awesome video! Thanks

[@zanelembatha5867]

This video was so helpful Thank you🤗

[@m.o.a.b.climbing7893]

well said

[@noodleheadx_x]

Very thanks.

[@juliadever7899]

ty king

[@tabassumch1072]

thanks

[@rajurajasaaho5596]

Good

[@petroslazanis8466]

Awesome explanation. Thank you.

[@Adventure_fuel]

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[@nabilhaqim7757]

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