Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
24 Cards in this Set
- Front
- Back
work
|
S <F(r(t)),r'(t)>dt
|
|
differential line integral?
|
Sc Pdx+Qdy+Rdz
|
|
when F=grad.f
ScFdr=? |
f(b)-f(a)
|
|
If F=(F1,F2,F3) what is the div. of F?
|
F1x+F2y+F3z
|
|
What does x equal in spherical coordinates?
|
psin%cos@
|
|
What does y equal in spherical coordinates?
|
psin%sin@
|
|
What does r equal in spherical coordinates?
|
Psin%
|
|
What is the Laplacian?
|
the divergence of the gradient.
|
|
curl of F=
|
l i j k l
l dx dy dz l l F1 F2 F3 l |
|
What two curl identities equal zero?
|
the div. of the curl
the curl of the grad. |
|
Green's Thrm
|
Sbu Pdx+Qdy = Su Qx-Py dA
|
|
Sbu Pdx+Qdy =
|
Su Qx-Py dA
|
|
Su Qx-Py dA =
|
Sbu Pdx+Qdy
|
|
Area of U = Sc Pdx+Qdy if...
|
Qx-Py = 1
|
|
area of ellipse
|
abpi
|
|
Flux =
|
Ss <F,n> ds
|
|
Stoke's Thrm
|
Sbu <F,dr> = Ss <curl F, n>ds
|
|
Sbu <F,dr> =
|
Ss <curl F, n>ds
|
|
Ss <curl F, n>ds=
|
Sbu <F,dr>
|
|
In polar coordinates, dV = ?
|
p^2sin%dpd%d@
|
|
Divergence Theorem
|
Sv div.FdV = Sbv <F,n> ds
|
|
Sv div.FdV =
|
Sbv <F,n> ds
|
|
Sbv <F,n> ds =
|
Sv div.FdV
|
|
in spherical coordinates, z=?
|
pcos%
|