J Fz

M. * ^J == "fz • ;:!.-^^smn • MEMBERSHIP-LEADERSHIP • FELLOWSHIP ' PARTNERSHIP" 1 '• v,;••"••«• ^^^ J J ^ * 13 A 16,500^; • Hffl^lI //.,• /The LION IOS 51 5\ 9 Nov Vi'v.

i[∂Fz/∂y - ∂Fy/∂z + Fz ∂φ/∂y - Fy ∂φ/∂z ] -j[∂Fz/∂x - ∂Fx/∂z + Fz ∂φ/∂x - Fx ∂φ/∂z] +k[∂Fy/∂x - ∂Fx/∂y + Fy ∂φ/∂x - Fx ∂φ/∂y]

... px +oo(3,2,no)*py +oo(3,3,no)*pz do 120 j = 1,kg ff1 = abs(gx(j)-fx)+abs(gy(j)-fy)+abs(gz(j)-fz ...

gradient of F = ∇F = Fx i + Fy j + Fz k = <2y^2 + 4xz, 4xy + 2z^2, 4yz + 2x^2> ∇F(-2,1,-1) = <10, -6, 4> In order to determine the unit vector in the direction parallel to the ...

... J Fz I 1 0 (10) dx d F RT c z c c K D K J dx c m m i i p i m i c i i d i v m i ψ − − − =) (d,,, (11)) () (1 2 1,,, ¶ ¶ = = − = n i m i i n i p i m i c i i d i v i m c z RT F c c K D K J z dx d ψ (12) i,f i c c x = =: 0 at (13a) i,p i c c x x = ∆ = +: at (13b)) (exp D i i m i RT ...