For the following exercises, use a computer algebraic system (CAS) and the divergence theorem to evaluate surface integral ∫ s F ⋅ n d S for the given choice of F and the boundary surface S . For each closed surface, assume N is the outward unit normal vector. 387. Use the divergence theorem to calculate surface integral ∬ s F ⋅ d S when F ( x , y , z ) = x 2 z 3 i + 2 x y z 3 j + x z 4 k and S is the surface of the box with vertices ( ± 1 , ± 2 , ± 3 ) .
For the following exercises, use a computer algebraic system (CAS) and the divergence theorem to evaluate surface integral ∫ s F ⋅ n d S for the given choice of F and the boundary surface S . For each closed surface, assume N is the outward unit normal vector. 387. Use the divergence theorem to calculate surface integral ∬ s F ⋅ d S when F ( x , y , z ) = x 2 z 3 i + 2 x y z 3 j + x z 4 k and S is the surface of the box with vertices ( ± 1 , ± 2 , ± 3 ) .
For the following exercises, use a computer algebraic system (CAS) and the divergence theorem to evaluate surface integral
∫
s
F
⋅
n
d
S
for the given choice of F and the boundary surface S. For each closed surface, assume N is the outward unit normal vector.
387. Use the divergence theorem to calculate surface integral
∬
s
F
⋅
d
S
when
F
(
x
,
y
,
z
)
=
x
2
z
3
i
+
2
x
y
z
3
j
+
x
z
4
k
and S is the surface of the box with vertices
(
±
1
,
±
2
,
±
3
)
.
Consider the surface defined by the following function:
z = x + y
Find the points on the given surface at which the gradient vector is parallel to the vec-
tor 4i +j+ k.
Let S be the surface defined by the vector function R(u, v) = (u cos v, u – v, u sin v) with
u E R and v E [0, 27].
-
a. Find the equation of the tangent plane to S where (u, v) = (2, 7).
b. Determine the area of the portion of S where 0 < u<1 and 0 < v< 4u.
Let S be the surface defined by the vector function R(u, v) = (u cos v, u – v, u sin v) with
u ER and v E (0, 27].
%3D
a. Find the equation of the tangent plane to S where (u, v) = (2, E).
b. Determine the area of the portion of S where 0
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