I
iTeachChem•5mo ago
flower

Dipole Q interaction how?

How th do we write the attraction for this?
No description
11 Replies
iTeachChem Helper
iTeachChem Helper•5mo ago
@Gyro Gearloose
iTeachChem Helper
iTeachChem Helper•5mo ago
Note for OP
+solved @user1 @user2... to close the thread when your doubt is solved. Mention the users who helped you solve the doubt. This will be added to their stats.
SirLancelotDuLac
SirLancelotDuLac•5mo ago
Use the formula $q.E=Q \cdot \frac{2kp}{d^{3}}$
TeXit
TeXit•5mo ago
SirLancelotDuLac
No description
SirLancelotDuLac
SirLancelotDuLac•5mo ago
And balance that out with the frictional force which is mu.m.g
flower
flowerOP•5mo ago
Oh. Did not know this existed that's new Thanks
SirLancelotDuLac
SirLancelotDuLac•5mo ago
That is just the electric field due to dipole formula along the dipole.
flower
flowerOP•5mo ago
Haa ye nahi bataaya hume dude what the hell are we being taught 💀💀
iTeachChem
iTeachChem•5mo ago
yo this is derived man :D like easy to derive, aadat dal lo, derivation ki
flower
flowerOP•5mo ago
Ok sir I'll keep this in mind +solved @SirLancelotDuLac
iTeachChem Helper
iTeachChem Helper•5mo ago
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