What is Kw (The Ion Product Constant of Water)

[@nil4384]

Thank you for speaking like that in every video because it helps us non native english speakers to understand unlike other channels who speaks so fast that we cant understand even with the help of CC

[@RimazAboelgasim]

I love your enthusiasm! Keep up with these videos! Love from London 😅🙋

[@apearson79]

So helpful! There are SO.MANY.CONSTANTS it's maddening trying to remember, but having someone step back and give the big picture makes it muuuch better!

[@jayasrithanjavuru1991]

But I want to know how to find the value of kw of water at certain temperature

[@ok-kf9bw]

You can find H+ and OH- concentration and multiply them or Ki*H2O concentration

[@hajidalkindi8792]

@@ok-kf9bw dude his comment was 2 years ago

[@qzwxecrvtbynumi256]

@@hajidalkindi8792 dude his comment was 2 months ago

[@Arthur-so2cd]

@@qzwxecrvtbynumi256 dude this comment was 1 week ago

[@mastermind2971]

@@Arthur-so2cd dude this comment was 6 months ago

[@WmTyndale]

Thank you! There was a subtle point involving the equilibrium constant that I was failing to grasp in my study of Ph. All cleared up.

[@rob-ti8dw]

idk what people are talking about. condescending? they just don't understand. love your personality and enthusiasm haha. thanks for another excellent video!

[@sagala40]

simple & to the point--- perfect explanation!!

[@aqib71nb]

helped me understanding something that took me 2 hours and i still couldnt work out how!! thank you so much!!

[@Mary-gr3mr]

i paid attention the entire time . Thank you !

[@aldoriarobichaud9221]

This is a great video. "Pretty cool, huh?" lol, made me laugh.

[@Chelsea-gs7qj]

Most of you people are complaining even though I'm sure you learned something. It's a youtube tutorial and he tutored what the title promised. Your complaints are ridiculously childish especially considering most of you were only here because you're too lazy to open your gen chem book. Nice video man, I appreciate the enthusiasm.

[@DimesAndNichols]

paper not as crisp? unsubscribed!

[@Chelsea-gs7qj]

Thanks for the announcement but no one cares.

[@Wolf--zr2nf]

@@Chelsea-gs7qj he was joking..

[@curetonbenares9236]

@@Wolf--zr2nf about 3 years too late lol

[@constancewayne3438]

This actually helped, Thank you!

[@Alive4Metal]

I was hoping for an explanation on what the concept of Kw actually means.... not all that impressed by being told to simply "accept it"

[@chemistNATE]

Alive4Metal Good feedback. I should re-shoot this one. Stay tuned !To answer your question right now, it so happens that [H+] and [OH-] are produced in pure water at 1x10^-7 mol/L. This number changes with temperature. So, using Keq = [H+][OH-], we get a Keq of 10^-14. We call it Kw though

[@robbierotten2024]

It’s the rate at which water auto-ionizes. So the rate at which water will decompose into H3O+ and OH-, and also the speed of the reverse reaction. This is why water is neutral, because the charges of H3O and OH- cancel each other out, and there are always equal amounts created and reformed at all times. That’s the best explanation I got.

[@sof9830]

I love how you are excited about it 😂💕

[@augijyotbali2131]

Best explanation out there😭

[@Stellla123]

such a helpful & amazing explanation thank you so much

[@robolearn5639]

sir, the ionization reaction of water shifted to the right when it is endothermic if the exothermic then the reaction is shifted toward backward.

[@queenbee7546]

Maybe I'll sound stupid but it's been 4 years.. what are u doing now... like doctor?

[@msfreya777]

but at 0 degree, the value you wrote for Kw is larger than the ones you wrote before. It should be 10^-15 not 10^-13

[@YouDoNotNeedToKnow02]

Verdict: "prettttyyyyy cooooolll"

[@michaelwoodruff5752]

what if other species are present. Like what if HCl completely dissolved turning the solution acidic, would the kw still be the same once equilibrium is reached? Would the higher Hydronium concentration be counteracted by a lower Hydroxide concentration, making the kw still be 10^-14 at 25 C?

[@Thisisjoelpg]

Very good explanation 👌

[@ShahmeerKhanGamer]

Great energy!

[@Footballstreamings]

Is that the same as PH+POH= 14?

[@張逸昇]

good vid! thank u. but I have an question that why kw doesnt change when I add acid like hcl into water?

[@ashleycrabtree9076]

thank u you sound very nice in the video which helped me to understand it better :D

[@Luzt.]

Great video. You know more than I. You have my respect for that. I improve thanks to your effort. You may be condescending and rude. The paper may be dirty. It may be cardboard. I do not care. You owe nothing to me. Thank you Sir and fuc. everybody who is complaining.

[@annieyu5740]

thanks Nate

[@marchpotato5614]

Thank u its so weel explained

[@abramgrey2237]

Thanks for helping man!

[@cabrakan0883]

Grow up people! It’s a great video!

[@eastwinding]

great presentation

[@akuko2]

thank you i needed this! subscribing soon!

[@elefantsnablar]

Excellent video! "Pretty cool!"

[@zuluzero4659]

Axelius omg this message is 6 years old! Rip

[@ananyatewari4895]

@@zuluzero4659 now it's 9 years old lol

[@nickveretin4766]

You try to give the video more brightness it will be great if you do

[@Ethan-bx9yp]

ratio

[@vjnmathew817]

why Kw is 10^-14?

[@red_._viper]

best online teacher, ever :D

[@rubin831]

Think you! this is so helpful

[@zainabhabib7083]

Thank you :)

[@mcdckid]

Great video

[@poonamnegi7618]

Thankyou very much😃😄

[@zomblyacopalypse6469]

Thank you, that was really helpful, but you speak way too slowly, I played the video at 2x speed and still found it slow

[@elenawinchester9377]

u are so cool haha love this vid!!

[@ThoseNigerianTwins]

thnks!!

[@Ms.HotSauce]

you are "PRETTY COOL!" :D hahaha I LOVE YOU!

[@chanreagan9149]

"Cause that's ok!"

[@alexsheremett3097]

you're not explaining anything all your explanations come to state that blue is blue and orange is orange /// instead of explaining this concept (deducing it mathematically from the law of mass action - apparently you're unable doing so) you just take the Kw expression for granted and proceed forward

[@ownitervi241]

I think his explanations are pretty good. I understand fully. Plus, he explains quite well. Maybe it's more of a you problem lol

[@rubenladomartinez5626]

PRETTY COOL

[@SolacePiano]

I feel somewhat condescended..

[@Gupta_ji_ki_biwi]

Unit

[@ferryjansen1080]

Kd

[@zulfishah1836]

V nice solute yu man

[@rdmeena4659]

fab.and yeah "pretty cool".

[@hiba-bl9bz]

🌸🌸🤗

[@drmossy5914]

This is kinda terrible and wrong, and gives a lack of explanation for understanding

[@nirvana1nchains]

I love you.

[@roselynamamangpang8985]

YEah 😂

[@yellowcactuslovesu]

I love u

[@zuluzero4659]

What is this? Looooooool

[@shot1412]

Stop talking like that.

[@AvniKulshreshtha]

Poor explanation and many mistakes too !

[@proffessorchubb1041]

Nerd