very nice video sir, many of my doubts were cleared but sir I have a doubt , why will the conductance increase before equivalance point in 4th graph , the salt(ch3coonh4) formed doesnot form ions of better molar conductance than ch3cooh.
u taught excellent thing to us, But I have a doubt... In the second curve, u r saying that after the equivalence point the curve continued as parallel for it's common ion affect. If that is the reason then for the first curve also it's been applied or not?
@@pkclasses100 sir in case of weak acid strong base also we can ask the same question? NaOH---> Na+ + Cl - CH³COONa---- > CH³COO- + Na+ Here also common ion Na+ is present. Can't we say that dissociation of NaOH will be poor due to presence of common ion Na+ ? Plz answer sir
Sir, i couldn't get which u explained,plz expain in deep . I have so many doubts in these video..I ask u first doubt from strong acid vs strong base. 1)Why initially conductance decrease by addition of naoh in hcl? 2)Till one point conductivity decrease and after Addition of further naoh conductivity increase .....why plz reply me sir.. 🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻
For that you should watch Part 1 and Part 2 also. As well as you must know about titration curve specially Strong acid vs Strong Base which is already explained under acid base titrations.
very precise and rife with info; perfectly done
Explanation is extraordinary, keep posting sir
I have doubt in this titration but you cleared it.. Helpful vedio,thanks a lot😍😇😇😇😇
Before watching video I like the video just because of u sirji
😍😂
First watch the video then like if it is good
Sir this is the excellent video for this topic thanks a lot for this 🥰
Watching this just a day before JEE Mains....Very helpful
But this is not in jee mains syllabus
@@surendrasharma7152 Really???
Thanks a lot sir for the helpful video ❤️
very nice video sir, many of my doubts were cleared but sir I have a doubt , why will the conductance increase before equivalance point in 4th graph , the salt(ch3coonh4) formed doesnot form ions of better molar conductance than ch3cooh.
Superrr explaination sir it is very helpful for me sir ..tq sir
Please share with your friends.
Sor please include preciptation titration ; redox titrations and complexometric titration graph , conductivity cell and application's
Absolutely awsm way of teaching...... Keep it up plz😊
sir,please make video on redox titration and thankyou for all videos
I could not understand common ion efffect..Please explain
Woaah..almost same q was asked in jeeadv.😶
Yup bruhh....what was ur rank though
Best explanation 😊😊😊
thanks sir....
Thank u sir made it sooo easy to learn
you teach good sir
Sr can u plz explain what is effect of dilution on cunductance
Very helpful
Sir 3rd mai common ion effect nhi lgega??? Plzz answer as soon as possible..
Nahi lagega.
Can we use this method in the analysis of sulphuric acid to determine metal or any other impurity
Thanks sir 👍👍👍
Very helping videos....sir please clear my one doubt, Why the conductance increase before equivalence point in graph 4
Thanks for helping me sir
Welcome!!!!!!!
Keep Watching and Share the Video Link with your friends and help us to spread the knowledge.
thanku sir and nice explanation sir
Keep it up sir nice video😊😊
u taught excellent thing to us, But I have a doubt...
In the second curve, u r saying that after the equivalence point the curve continued as parallel for it's common ion affect. If that is the reason then for the first curve also it's been applied or not?
Common ion effect will never occur with strong acid vs strong base curve.
Thank you.
@@pkclasses100 sir in case of weak acid strong base also we can ask the same question?
NaOH---> Na+ + Cl -
CH³COONa---- > CH³COO- + Na+
Here also common ion Na+ is present.
Can't we say that dissociation of NaOH will be poor due to presence of common ion Na+ ?
Plz answer sir
@@deviprasadmohanty2774 Common ion effect is valid only for weak acid/bases..
@@prateekyadav2031 bhai...mera graduation khatam ho gya...with flying colors! 😆😆
Btw tqsm
Thank you so much sir.... 😊🙏
Nyc video sir
Thank you for the appreciation.
Keep Watching and Share the Video Link with your friends and help us to spread the knowledge. 👍
In second graph ..then con of salt increases ,hence increasing the conductance ?
Thanks a lot...sir
thankyou sir for this video 😊
but sir i have a doubt
sir equivalence point measure krna hai ki end point
Equivalence point and end point are same in conductometric titrations.
Very nice
Thank you so much sir
sir plz make on acid base titrations
mahesh tumkur Mahesh k p Coming in July 2018
Bravo! 👍 but a little bit confusion about common ion effect
I will upload that video under Acid Base Titration, common ion effect is very easy topic.
Thank you sir ji
ಥ್ಯಾಂಕ್ಸ್ ಸರ್
Van you comment in English?
Thanks sir
ghanshyam kumar
Welcome!!!!!!!
Keep Watching and Share the Video Link with your friends and help us to spread the knowledge.
Sir, i couldn't get which u explained,plz expain in deep . I have so many doubts in these video..I ask u first doubt from strong acid vs strong base.
1)Why initially conductance decrease by addition of naoh in hcl?
2)Till one point conductivity decrease and after Addition of further naoh conductivity increase .....why plz reply me sir..
🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻
Plz reply sir as soon as possible....
Anyone here exist who can clear my doubt ????????
For that you should watch Part 1 and Part 2 also. As well as you must know about titration curve specially Strong acid vs Strong Base which is already explained under acid base titrations.
Thanks alot sir
Kash aap hume pdhate
Padha to rhe hain online.. 🤔🙂
@@pkclasses100 😍😍😍 thank u sir 4 this
Definitely we will meet someday.
Thnkuu sir
Thx
Welcome!!!!!!!
Keep Watching and Share the Video Link with your friends and help us to spread the knowledge.
Please sir,units of condectence
Already discussed in part 1. Please go through the playlist of conductometry available in our channel.
Chacu ap Urdu ma ni smjha skty kia😢😢😢😢😢
🎉
Sir there is no important features
Writing is not clear
Easy Method .....😅
Aree sir Hindi Mai aur accha hota
Thank you so much sir 🙏😊