74 - DLVO Theory

[@dominicmazvimavi6066]

Thank you ! You did such a great job in such a short space of time!

[@PaperClassroom]

Thank you Dominic Glad you enjoys it

[@DaniFilth87]

That, dear Sir, helped me a lot with my preparation for an exam on nanoparticles

[@Benneification]

Great video. Exactly what I needed. Thank you.

[@mugiwara2734]

Thank you very much. This cleared up a fog in my mind. Great video

[@omgdflea]

raises my hand: can I go use the bathroom 😢🎉

[@taibahazeez8532]

Thank you for your effort and time you gave
It is so helpful

[@ritaachieng1160]

You are such good teacher...
It took me so long to understand this theory...
Thank you for sharing..🙏

[@saharn6767]

Wow amazing how you simplified it! Thank you so much!

[@theresasunkutu9935]

Awesome explanation ..... Thank you

[@alshaimaaabdelghaffar5383]

That really helped me understand alot , thank you so much :)

[@shannonmorrison5010]

Thank you so much for posting

[@PaperClassroom]

Thank you Shannon

[@takingitoneatatime]

Thank you 😊

[@ibrahimaltuwaijri575]

Thank you sir for this informative video!

[@saeedemirzaee7726]

Thank you so much! It was extremely helpful. I would be grateful if you could also share with us the difference between classical DLVO and extended one (XDLVO). Thanking in advance.

[@petrarehorkova6501]

Hi, I am from Czechia. I just want to say thank you..for your explanation. I was desperate by videos made by teachers with Indian accent, because I had not understood them a single word.

[@Katttts]

Omg this was great help for writing my paper! Thank you!

[@evangeliaathanasiou1361]

thank you!

[@rasanandamahanta9541]

Thank-you sir ❤

[@SzH_502]

Thank you

[@ta-tahuang4904]

perfect

[@siphonongalo1392]

Thanks Madala

[@woj_96]

Super helpful, thank you!

[@PaperClassroom]

Thank you

[@rezaazizmalayeri625]

thanks

[@MargaretteRubenstein-f5s]

Destini Garden

[@UnaLucero-i4t]

Breitenberg Corners

[@pepinos69]

very well explained. Thanks!

[@NewtonKeating-u7x]

Wuckert Parkway

[@BerryRehart-x6q]

Fiona Greens

[@takingitoneatatime]

Finally got itttt

[@patrickdamacet6085]

you said when they attract the attraction forces will increase, however in the graph they increase.

[@ConnieBarnhart-m5g]

Pacocha Shores

[@DionBalboni-r5x]

Wyman Streets

[@StevieMedcalf-c9l]

Stroman Junctions

[@PatriciaMiller-d1b]

Abigail Village

[@RebeccaCalhoun-y7t]

Elody Street

[@NoePutzel-x2g]

Uriel Square

[@DanialBridjmohan-g8n]

Jayce Way

[@oosnajjar]

thank you but why video's sound is out of sync?

[@PaperClassroom]

Thank you for pointing this out. I have no idea what has gone wrong. As soon as I get time, I will replace it

[@JustinStanczyk-b6p]

Senger Mission

[@AngelineLewis-y7w]

Clarissa Bridge

[@LeanoraAloy-o3w]

Ulices Groves

[@EmilyWilhelm-h5x]

Lubowitz Trace

[@charujuyal2187]

Thank you sir!! I am from India. I would be grateful if you could explain to me that when we sum up the attractive and repulsive forces that would mean that they exist in the same medium.If we have electrostatic attraction and repulsion in a colloidal system how will we be able to keep them dispersed and we usually add a single charged system in the suspension, then how did the attractive forces come in the scene?

[@DarrylRodrigeuz-i4x]

Hessel Hills

[@CarolBruce-f5q]

Alene Spring

[@RosalineCooperrider-n3h]

Wisoky Spurs

[@JenniferLocke-c3f]

Brando Vista

[@GarthLansford-j2p]

Hazle Meadows

[@KristineMoore-n1h]

Stehr Court

[@ChongClizbe-v9q]

Zboncak Glens

[@RyanSanders-x4p]

Kuhn Course

[@anuragchhibber8972]

Improve voice pls

[@sharadbachhav3539]

Thanks