How to find pKa and Ka from a Titration Curve

[@garretthelvey8812]

This helped so much! Just spent forever in a chem lab and this was simpler and clearer in 4 minutes than the 2 hour lab......

[@tkdlover19]

I have been stuck on this lab for not even kidding 2 months. You just made me cry in a good way because I finally know wtf to do!!

[@MyName-gu5gj]

Bruh you've taught me something my teacher failed to do in an hour

[@TheCompleteGuide1]

Glad you found it helpful.

[@romanstetson9321]

i dont mean to be off topic but does anyone know of a way to log back into an instagram account?? I somehow lost my account password. I would love any tricks you can give me!

[@melvinthaddeus2943]

@Roman Stetson instablaster :)

[@romanstetson9321]

@Melvin Thaddeus I really appreciate your reply. I found the site on google and I'm in the hacking process atm. Seems to take a while so I will reply here later when my account password hopefully is recovered.

[@romanstetson9321]

@Melvin Thaddeus It worked and I now got access to my account again. Im so happy:D Thank you so much, you saved my ass !

[@sophiabang7868]

Thank you! Short and to the point.

[@elifB24601]

Sir you saved my life. Honestly, I wish all of my teachers were like you. Thank you for making content so easy to understand, this is a genuine lifesaver. ❤

[@amsd5780]

Thank you so much! Efficient and clear, just the way it’s supposed to be 👏🏼

[@business_and_marketing5112]

This helped more than my 2 hrs of class and 2 hr lab. Thanks

[@moumitachowdhury1866]

OH MY GOD THANK YOU SO MUCH!!!! I was struggling to find my pKA bc the instructions wasn't clear. And i spent hours to know exactly how to find it. And since I know little English it was more hard for me. Thank you so much for explaining it so easily!!!!!!❤❤❤❤❤❤

[@TheCompleteGuide1]

Thanks for the comment. Glad it helped.

[@THEHUNGRYTALLGUY]

god bless you my dude, you helped me do my IA

[@musfekaikfatmitu9864]

I won't be able to express how how this video helped me❤️

[@milliedoyle3093]

this video has saved me. thank you.

[@TahirAhmad-io6uw]

Thanks. I'm studying for the AP exam I will take in 2 days. On the practice frq, this question came up and I had no idea how to do it.

[@adamshenk9970]

wonderful video I actually laughed at the 1:20 transition - thank you

[@user-ri8ps6cl4w]

Amazing video thank you so much, may i ask how you can prove that at the half equivalence point we have the same concentration? and what would the pKa of the acid be at the beginning of the titration?

[@shabbeershaheer3809]

Thank you so much, superb explanation

[@mattmartucci_]

Exactly what I needed. Thank you

[@dhuhaalani6004]

thank you sooo much you made it so simple

[@sehulshah9930]

Superb explanation ! Thanks

[@cwosaunt8072]

This was perfect! Thank you very much!

[@areejliaquat8830]

Thank u so much . This video is very helpful for me

[@LUH_4511]

really you sound like salomon from peaky blinders. Also very helpful video, thank you.

[@avaallam934]

you’re awesome that made a lot of sense

[@nathanaelsmith6277]

Super helpful!!!! Thank you sm!!

[@sabinahasanova7198]

Amazing explanation 👏

[@angieg7257]

Excellent explanation!

[@beyondthesunpodcast]

This was so helpful--thank you tremendously.

[@TheCompleteGuide1]

Glad it helped.

[@jameshumphreys5683]

How would you choose the concentrations of weak acid and strong base used for this titration in order to give meaningful result? A really dilute solution of acid would surely affect how the graph plots. Thanks

[@ethanlb5611]

Would this still work with a weak base strong acid pair? such as maybe sodium bicarbonate and Hydrochloric acid?

[@nahuramos1]

So for the pka to ka, I wouldnt need to solve for the ka if I have the pka? I wouldn't need to do and ice table? If that is the case I'm lucky i have the pka.

[@Robles-mb1sh]

Hi! If the acid is diprotico how do you find the second pKa? Thanks!

[@oliviaokpara8877]

God bless you

[@krishvasa7644]

Thanks a lot!!!

[@KidSquirtle]

i love this video

[@lilibethlopez4377]

Very helpful!

[@lodicrous4493]

What about titration curves for a strong acid and strong base reaction? Can we follow the same rules there or do they differ from the rules we can follow for titrations of a weak acid with a strong base?

[@lindsayk616]

Rules differ. For instance, in a strong acid-strong base titration, the equivalence point will always be pH 7, which isn't the case with weak-strong titration combinations.

[@tenbyydavies]

THANKYOU

[@MiniMeags]

Omg thank u sm

[@rosalieroobol8513]

Thank you!!

[@nctzen899]

Merci

[@patelmahira8040]

Thanks bro

[@richardb7315]

finally thank you

[@bglo234]

RSK

[@user-vs3np5xe2z]

bruh this is some 3000 IQ tactics

[@youno13]

Why 1/2 ???

[@somranghar3928]

thank you omg my teachers can choke

[@sovara_]

🙏🏽

[@uncleterry715]

i love you

[@Metia_9898]

noice~

[@Robles-mb1sh]

Thanks a lot!