Question

im gonna post the equation

Answer 1

\[\int\limits_{}^{}\int\limits_{s}^{} F.etadS; S: x^2+y^2+z^2=R^2, x \ge0 and F=yj+zk\]

Answer 2

it's not for me, i haven't studied this yet :P

Answer 3

Double integral with nasty nasty? @saifoo.khan , get over here.

Answer 4

Ouch.
@amistre64

Answer 5

@amistre64

Answer 6

what is an F.etadS;S ?

Answer 7

the answer is \[4piR^3/3\]

Answer 8

F looks to be a vector; <0,y,z>

Answer 9

Oh, equation of circle, and volume

Answer 10

F times \[F \times \eta dS\]

Answer 11

yeah, it is.

Answer 12

is there a specific topic to narrow down a search to in order to figure out the notation better?

Answer 13

Surface Integrals?

Answer 14

thats better. yeah, i havent stumbled across to many of those yet :)

Answer 15

i never have, its not for me :P

Answer 16

http://tutorial.math.lamar.edu/Classes/CalcIII/SurfaceIntegrals.aspx

this is always helpful to me. they tend to give a rather clear overview of these sorts of things

Answer 17

thaanks :)))