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zakruti.com » Knowledge, science, education » Crash Course
Equilibrium Equations: Crash Course Chemistry #29

Equilibrium Equations: Crash Course Chemistry #29

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Rating: 4.0; Vote: 1
Equilibrium Equations: Crash Course Chemistry #29 gglazed: Hank i cannot bring up the words to describe how much i love you rn. i have my chem test tmrw and do not understand this concept at all and you have explained in 5 minutes what my teacher tried to teach me in a week. Hank you are truly a man sent from the heavens. I will pray to you on your dedicated shrine everyday
Date: 2022-04-04

Comments and reviews: 9


Zijn er meer Nederlanders hier die uit het niets besloten hebben toch voor tweetalig onderwijs te gaan om de simpele reden dat deze gast 10000 keer beter uitleg geeft dan de gemiddelde docent?
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The content is awesome! The only thing is that you speak too fast and so, unfortunately, it's hard to understand everything straight unless I decrease the speed of the video.
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3: 41 -what you need to see is that the quotient on the right must always yield the same number be cause IT S A CONSTANT- cracks me up every time haha i love this guys videos
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thanks for these videos, they've managed to carry me through a six week summer chem course with a B (and will hopefully keep it from slipping to a C, my final is tomorrow.
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Okey guys I am the dump one + english is not my born language sooo how do we get 3 numbers there! I know how get the first one 6: 48 but what about 345x and 230?
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Can someone please explain why changing temperature changes the equilibrium constant but changing pressure and adding/removing reactants/products don't?
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When using R. I. C. E. why is there 2M on F2 and 1M on H2 (5: 00) letter I? Shouldn't they be the same, since you need 1M H2 and 1M F2 to produce 2HF?
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It's the product of the products of the product of the products of the organic produce to the product of the reactants to the gmo products.
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So is there any specific reason that they are raised to the power of their coefficient? Why not multiplication or anything else?
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