Stokes Theroem

[graceful star]

How would you go about finding the answer to this question?

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[lyric zodiac]

what does depend on boundary mean here

can you give us an example

[graceful star]

i have no clue

[graceful star]

do u have any idea?

[lyric zodiac]

they say boundary of surface

can you define a surface in this context?

[graceful star]

im not sure what you mean

[lyric zodiac]

define what a surface is in this context

I'm preety sure gauss law is to be applied here

using stokes theorem

[graceful star]

ngl im so lost, if i define a surface what does that tell me about the question?

[lyric zodiac]

i was asking because gauss law can be applied easily if the surface is closed

but nonetheless use gauss law

[graceful star]

okay but then how does guass law relate to the idea of bounds

oh wait

i see

[lyric zodiac]

use stokes theorem on the integral maybe

[graceful star]

yea so if its 0

then the bounds are the only thing that matter?

[lyric zodiac]

if it's zero then does anything matter lmao

there's no flux

[lyric zodiac]

i, j, k are (1,0,0),(0,1,0),(0,0,1) right

[graceful star]

yep

[lyric zodiac]

okay take an example surface

and try it

let's see

[graceful star]

What would using a surface tell me

[lyric zodiac]

If the flux depends on it totally or not...?

it's called testing for a case