electric field

a 1uC charge is uniformly distributed on a spherical shell given by the equation x(square) + y(square) + z(square) = 25. what will be the intensity of electric field at a point (1,1,2) ?

iTeachChem Helper•6/14/25, 9:14 PM

@Gyro Gearloose

iTeachChem Helper•6/14/25, 9:14 PM

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Varun_Arora•6/14/25, 9:17 PM

See from that equation you're given

Varun_Arora•6/14/25, 9:17 PM

You can deduce that the distance of a point from origin

Varun_Arora•6/14/25, 9:18 PM

Can be represented as the square root of the LHS?

Varun_Arora•6/14/25, 9:18 PM

Getting it?

SephrinaOP•6/14/25, 9:20 PM

kinda yes kinda no

Varun_Arora•6/14/25, 9:20 PM

See kisi bhi point ki distance kaise likhte hain origin se?

Varun_Arora•6/14/25, 9:20 PM

Distance formula?

Varun_Arora•6/14/25, 9:20 PM

Coordinate geometry 10th ki?

VVarun_Arora Coordinate geometry 10th ki?

SephrinaOP•6/14/25, 9:20 PM

yaad hai

Varun_Arora•6/14/25, 9:21 PM

Alright

Varun_Arora•6/14/25, 9:21 PM

So usme you put x2=x and x1=0

SephrinaOP•6/14/25, 9:21 PM

my1 + my2 / (y1 + y2)

i think?

SSephrina my1 + my2 / (y1 + y2) i think?

Varun_Arora•6/14/25, 9:21 PM

That's section formula

SephrinaOP•6/14/25, 9:21 PM

nhi yaad phir

Varun_Arora•6/14/25, 9:21 PM

And that too incorrect

SephrinaOP•6/14/25, 9:21 PM

2 saal purana baat hai

Varun_Arora•6/14/25, 9:21 PM

Hmm understandable ruko

SephrinaOP•6/14/25, 9:21 PM

gewgle karne do

Varun_Arora•6/14/25, 9:21 PM

I'll explain

Varun_Arora•6/14/25, 9:22 PM

Kar lo

Varun_Arora•6/14/25, 9:22 PM

I'll write down too wit

Varun_Arora•6/14/25, 9:22 PM

Wait*

SephrinaOP•6/14/25, 9:22 PM

aa this onw

SephrinaOP•6/14/25, 9:22 PM

hn yaad aya

Varun_Arora•6/14/25, 9:22 PM

Alright

Varun_Arora•6/14/25, 9:22 PM

So now you see the question

Varun_Arora•6/14/25, 9:23 PM

If we square root both sides in that given equation

Varun_Arora•6/14/25, 9:23 PM

Do we get the distance of any point on that sphere?

SephrinaOP•6/14/25, 9:23 PM

Varun_Arora•6/14/25, 9:23 PM

'cause for any x,y,z

Varun_Arora•6/14/25, 9:23 PM

That relation is always true

SephrinaOP•6/14/25, 9:24 PM

damn new pata chala

SephrinaOP•6/14/25, 9:24 PM

to is se r ayega

SephrinaOP•6/14/25, 9:24 PM

and r se electric feild

SephrinaOP•6/14/25, 9:24 PM

okey

Varun_Arora•6/14/25, 9:24 PM

Haan exactly

Varun_Arora•6/14/25, 9:24 PM

r se electric field

SephrinaOP•6/14/25, 9:24 PM

subah try karungi ab solve

Varun_Arora•6/14/25, 9:24 PM

One thing notice karo

SephrinaOP•6/14/25, 9:24 PM

dimag fry ho chuka hai

Varun_Arora•6/14/25, 9:24 PM

Right side me plus minus 5 banega

Varun_Arora•6/14/25, 9:24 PM

Minus vala kaise reject karogi?

SephrinaOP•6/14/25, 9:25 PM

...uhh

Varun_Arora•6/14/25, 9:25 PM

By saying that the charge is?

Varun_Arora•6/14/25, 9:25 PM

Sorry no not that

SephrinaOP•6/14/25, 9:25 PM

Varun_Arora•6/14/25, 9:25 PM

Saying the the area vala vector is always?

electric field

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