Two charges 2uC and -2 uC are placed at points A and B 6 cm apart. (a) identity an equipotential

[@allroundtechus9195]

You have explained these concepts with questions very nicely and explanation is excellent

[@PhysicswithGaurav]

Thanks dear 🤗

[@craftygame3086]

Great 👍

[@sarthakmishra7159]

But sir it is a dipole and equipotential surface for dipole is given in NCERT book which are concentric circles 😢

[@FreePalestin744]

It's not a dipole

[@SaloniPandey-pb8ke]

Great explanation sir 🎉🎉

[@PhysicswithGaurav]

Thanks

[@FreePalestin744]

Sir it's asking at what point there will be equipotential . It's already clear from the question that V=0 in between both the charges because ∆V=0/constant because V is same on every point of the surface of equipotential .

[@allroundtechus9195]

Very helpful video

[@PhysicswithGaurav]

Thanks 🤗

[@hridoyrajsarmah4950]

Nice video sir

[@PhysicswithGaurav]

Thanks

[@amarnathyadav1730]

Your video is very helpful
Thank you so much 😊😊

[@PhysicswithGaurav]

Thanks dear student 😊for appreciating my work

[@Harshitabishtt]

thanks to u sir for uploading the video 😊

[@PhysicswithGaurav]

Thanks

[@velocxty2477]

Great explanation sir!👍

[@gup3036]

😅😅😅😅😅

[@krutikahari4147]

Thank uhh so must sir cause your each n every videos are too helpful for me n I just easily understand each n every questions from your explanation😇👍🏻

[@PhysicswithGaurav]

Thanks dear student for appreciating my work

[@sparksfr6190]

Agar same charge hua toh kesa ayega plz respondd

[@bishakha_bhattacharjee]

But it forms a dipole(one +ve and one -ve charge) And we know equipotential surface of dipole is concentric circle. Why doesn't it happen?
Can you please explain

[@PhysicswithGaurav]

Dear students, here we have to find points on the joining the charges. ( every circle is equipotential when charge is at centre)

[@nbahighlights20240]

Electric❌Alectric ✅ 😭

[@AshnaArifAnsari__001]

Sir aap ye exercise kahan se kar rhe ncert??

[@specialhobbies9136]

Yed

[@daisy-wu8jg]

Sir ye question bs theroy based hi h ? Isme kuch solving part nhi hna

[@udaysinha1970]

Sir that's not "nective" that is "negative" 😂

[@artist_hiba]

Negative ❎ Nective ✅ 😅