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Material Type: Exam; Class: Multivariate Calc; Subject: Mathematics; University: The University of Tennessee-Martin; Term: Fall 2005;
Typology: Exams
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Math 320 Sixth Test ______________________
Calculus III Name
This 50 minute test covers sections 16.4-9 of "Calculus" by Stewart. Each part of each problem
on this unexpectedly easy first page is worth two points. All other problems are ten points each
(unless otherwise indicated).
∇f a. indicates the "flow out of " points
F b. indicates the "circulation around" points
x F c. indicates the rate and direction increase at points
∂x
i +
∂y
j +
∂z
k is the "del" operator.
To apply Stokes theorem and the divergence theorem the surface must be
oreintable.
The Möbius strip is an oreintable surface.
∇ x^ ∇f = 0 (when f has continuous second order partials).
x F = 0 (when F has continuous second order partials).
on an open simply-connected region D in space. Otherwise place an F.
O
F. d r = 0 for every piecewise smooth closed path C in D.
F. d r is an exact differential form.
b
a
F d r is independent of path.
F = ∇f for some scalar function f.
There exists a potential function f on D for which ⌡
b
a
F d r = f( b ) − f( a ).
x F = 0 on the region D.
x i + y j + z k
x
+ y
+ z
. (6 points)
x
sin y i + e
x
cos y j + z k. (5 points each)
a. Find the curl of F
b. Find the divergence of F
2
k (5 points)
⌡
1 + x
2
2
dS where S is the helicord with vector
equation r ( u , v ) = u cos v i + u sin v j + v k , 0 < u < 1, 0 < v < π.
i + y
j + z
k across the surface of
the sphere x
+ y
+ z
a