Find a flux of the vector field ä(M)= (2z– y)i +6xj + yk through a part of the surface S: x - 4y+2z – 4 =0, created as a result of intersection of the plane S with coordinate planes.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Find a flux of the vector field ä(M)= (2z– y)i +6xj + yk
through a part of the surface S: x-4y+2z-4=0, created as
a result of intersection of the plane S with coordinate planes.
please use given formula
Calculation of a FLUX, using the 1" kind surface integral
a, = proj; ä =| ä |-cos Z(ā,ñ) =
%3D
D = J[ a, (M )dS = |
=lä||n° ]- cos Z(ā,ñ") = ä - ñº.
=1
0 = [[a(M)-ñ'dS
%3D
(35)
where n°
is a unit vector of the normal vector i to the surface S,
n =+ grad F(x, y, z) is a normal vector to surface S: F(x,y,z)=0,
as = 1+(z,)' +(z,)" dxdy for the regular with respect to z
surface S: 7 = P(x, y).
Transcribed Image Text:Find a flux of the vector field ä(M)= (2z– y)i +6xj + yk through a part of the surface S: x-4y+2z-4=0, created as a result of intersection of the plane S with coordinate planes. please use given formula Calculation of a FLUX, using the 1" kind surface integral a, = proj; ä =| ä |-cos Z(ā,ñ) = %3D D = J[ a, (M )dS = | =lä||n° ]- cos Z(ā,ñ") = ä - ñº. =1 0 = [[a(M)-ñ'dS %3D (35) where n° is a unit vector of the normal vector i to the surface S, n =+ grad F(x, y, z) is a normal vector to surface S: F(x,y,z)=0, as = 1+(z,)' +(z,)" dxdy for the regular with respect to z surface S: 7 = P(x, y).
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