Electric Field at a Point on the Equatorial Line of an Electric Dipole Derivation | 12 Physics

Derivation of electric field at a point on the equatorial line of an electric dipole from class 12 Physics chapter 1 electric charges and fields.
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[@captain_edits008]

Last me answer me - minus lagega . Kyunki dipole movment minuse to positive hota hai aur net electric field opposite hai

[@AdmiringCaveWaterfall-em7mo]

Scalar ke liye positive hi hoga lekin vector mein minus hoga 😊

[@DeadPhenix]

Correct​@@AdmiringCaveWaterfall-em7mo

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Wo scalar hai isliye postive h p ke upr vector ka sign laga dene se usme - sign lag jaega

[@Bornon2007Maryvaleschool-kk3gz]

Movement ❎ Moment✅

[@ManjulaGuggari]

Gud explanation it was such a big derivation oh god u made it easy❤

[@aarushi..]

But r >> a then r^2 >>> a^2 so a^2 neglected And ( a^2 )3/2 = 2×3/2 = 3 So that's why we got.= r^3 is correct ✅️

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Sir cos theta ki value under root me kyu rakhi hai

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Pythagoras

[@Surajkar-p8i]

Cos theta = base/hypotansus Cos theta = a (base)/ √(a²+r²) (hypotaneus)

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[@AryanYadav-ym5pp]

Due yo opposite direction there will be a negative sign = -P/4πE°(x²+a²)³/²

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Isnt there a negative sign?

[@krishthenics__]

Vector..formula ke time lagega...-ve sign

[@Lk_N6]

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[@atulsaini6776]

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[@aryanchauhan2355]

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[@sourabh755]

Electric dipole ki position negative to positive hoti ha

[@amaryash9581]

Ghuma ke rkhega tb bhi dipole hi bola jayega

[@Radheesheeee]

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[@AyanSheikh-j7l]

Sir 3/2 kaha se aaya thoda detail mein bata sakte h aap ? 😢

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Isse asan ho sakta h hm k ki value put hi na kare

[@rishunglamgu]

Ek wale (a²+r²) mein root nahin hain jiska matlab woh uske power 1 hain Aur dusre wale mein (a²+r²) ka square root hain aur square root ko hum 1/2 likh sakte hain toh abhi base same hogayi i.e., (a²+r²) Toh base common leloh aur power ko add karo 1+1/2 =3/2 Got it?

[@coder_rc]

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Yes

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[@Lakshmi-f5s]

3/2can how

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What about the direction of electricity filed...

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Opposite

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Direction toh bata dete sir kya manitude nekal ke chor dete ho har vdio mein direction bhi de Dena sab

[@sanchita8504]

Oppo. To dipole moment

[@MrraushanKumar-w1z]

Root ko 1by 2 likh sakte hai phir add kar diye hai..

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