Strong Acid Titration

[@policiac]

im a harvard student and i still watch your videos

[@budgiebreder]

ok this explains everything! my chem teacher is pretty good but she goes through things very quickly and kinda rushes through it all. you kinda slow it down thx ^^ i have an exam on this tomorrow and if there's one question i think i'm gonna get close to right it's this one! - *looks at your other videos*

[@DarleenHope]

Seriously, I don't know what I would have done without this,THANK YOU SOOO MUCH!!!!

[@7906jun]

I forgot how helpful these videos were ! I should have started watching them little earlier now there is like a week left for the AP exam ..

[@mohsinuk2000]

Ive been looking all over the internet for an answer you provided

[@HT-rq5pi]

@Simon Benson H2S04 does not complete ionise to give up 2 protons. The only reason its a strong acid because H2S04 + H20 --> H3O + HSO4 goes to completion HSO4 + H20 --> H30 + SO4 has an equilibrium that lies to the left.

[@danieljohnson1302]

To get the pH or pOH you take the negative log of the H+ or OH- concentrations. log10 is standard. So if you have a H+ concentration of -7, you take the negative log (base 10) which equals 7, giving you the pH. another way to look at it is, "p" stands for log10.

[@koniginator]

The volume is the amount of the base, NaOH added. As more NaOH is added, more OH- is entering the solution, changing the pH.

[@jlSQUINTZ]

@Gaiacarra because the pH scale is in logarithms so when you go up by 1 ph, ur going up exponentially, i think? idk lol

[@sakuraxblossoms]

THis is a very good explanation but I wish you would show actual problems and examples and such but you are not my teacher and what are you doing is already more that enough. Thank you!

[@sovietlemon]

Sodium chloride- also known as table salt, is definetly formed during the neutralisation reaction.

[@ThomasGardner12321]

OMG!! you can download this, you'll find the download when you click show more!!!! I guess to help other people do well, thumbs this up so people know this...

[@SgtMantis]

IDK why, but many of the Khan vids are without sound when i try to play them. I don't have this problem with any other channel, I wonder what YT is up to with this.

[@AgOrganic]

I'm having lots of trouble with a back titration report, can you make a you tube video on back titration using Nitrogen fertiliser, NaOH and HCl?

[@missfun24]

hey, it was an interesting video, but juz 1thing! In my sylabus, v have 2 find pH at certain points ( after addition of certain amount of NaCl ). So, it would be great if u could do a video about tat calculation aso. thank u sooo much!

[@FangsShadow]

Could you exchange the HCl with H2SO4 of a molarity of 0.5 and still get the graph to equal 7 at one litre NaOH?

[@WizKid2409]

@dasraiser Yes. HCl + NaOH -> H2O + NaCl......most acid-base reactions yield a salt and water.

[@maxifitness7526]

Wow! U were born 4 this Thnx for the vidz. Could u plzzzzzz do sum more videos based on the chaptr with sigma bonds

[@dasraiser]

im i correct that the example given in this video also produces the salt NaCl?

[@petereberle4230]

How do you find the Half Equivalence pt. For a strong acid/strong base titration though?

[@MopTopRock]

so this one guy can tutor in all subjects?.............

[@prabhanshukatiyar4635]

+MopTopRock ya

[@arstgkneio]

im still not sure about titration in general. how do you know which type of indicator to pick? For instance, if you have the titration of a strong acid and a weak base, then are you going to use an indicator with a transition interval that's far below 7, around 7, or far above 7?

[@Swyzmartinsk]

At 07:30 he say's "you're going to have half a molar of NaOH left". where did he get that from?

[@HKISfreak1]

Do you have videos on how to do the math of titration?

[@Pr0x1mo]

The equivalence point is the same thing as an inflection point, right?

[@arstgkneio]

if it's a strong acid and weak base, wouldn't there be more strong acid, therefore a lower pH, therefore, you would have to use an indicator with a pH below 7?

[@Gaiacarra]

But... why does the curve suddenly shoot up like that?

[@sciencenerd7639]

thank you

[@wshraim]

If you have strong acid and a weak base, then you would use pH above 7 (OH)

[@magaligendebien5633]

how do you visually know that your pH is at 7?

[@cypress4286]

@ 0:54 where did you get -log 10?

[@carolinagasolina2012]

you da best!

[@prabhanshukatiyar4635]

If i take 10M HCl, then the pH will be -1, is it possible?

[@arstgkneio]

lol, is "sop up" a technical term?

[@derekmarlor5992]

its log base 10 or just log

[@RushilKoshti]

log is generally base-10.

[@wizard101er2]

hahah dumb blonde

[@StudyWithM3E46]

Why isn't the pH of HCl 1?

[@APchemistrycourse]

this is what I was thinking of because the pH of HCl is pH=1

[@TocoBellManger]

"sopped up"

[@rezanova]

I

[@aymansays]

it is now :p

[@prabhanshukatiyar4635]

WoW

[@maxarudy]

can you make a video that really simplifies titration for the stupids out there like me? :-)

[@NRCDsquared]

interesting...

[@sockrocker117]

i love you

[@arstgkneio]

lmao