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11 Questions for Calculus III - Past Sixth Test | MATH 320, Exams of Calculus

Material Type: Exam; Class: Multivariate Calc; Subject: Mathematics; University: The University of Tennessee-Martin; Term: Fall 2005;

Typology: Exams

Pre 2010

Uploaded on 08/16/2009

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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).
1. Fill in the blank with the letter of the answer which most closely matches.
f a. indicates the "flow out of " points
. F b. indicates the "circulation around" points
xF c. indicates the rate and direction increase at points
2. True or False? Place T for true or F for false in the blanks below.
=
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).
T xF = 0 (when F has continuous second order partials).
3. Place a T in the blanks below if the property is equivalent to the field F being conservative
on an open simply-connected region D in space. Otherwise place an F.
O
C F.dr = 0 for every piecewise smooth closed path C in D.
F.dr is an exact differential form.
b
aFdr is independent of path.
F = f for some scalar function f.
There exists a potential function f on D for which
b
aFdr = f(b) f(a).
x F = 0 on the region D.
pf3
pf4

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Download 11 Questions for Calculus III - Past Sixth Test | MATH 320 and more Exams Calculus in PDF only on Docsity!

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).

  1. Fill in the blank with the letter of the answer which most closely matches.

∇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

  1. True or False? Place T for true or F for false in the blanks below.

∂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).

T ∇ ∇

x F = 0 (when F has continuous second order partials).

  1. Place a T in the blanks below if the property is equivalent to the field F being conservative

on an open simply-connected region D in space. Otherwise place an F.

O

C

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.

  1. Find the curl of F =

x i + y j + z k

x

+ y

+ z

. (6 points)

  1. Let F = e

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

  1. Identify the surface with the vector equation: r ( u , v ) = u cos v i + u sin v j + u

2

k (5 points)

  1. Evaluate the surface integral

S

1 + x

2

  • y

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.

  1. Use the divergence theorem to find the flux of F = x

i + y

j + z

k across the surface of

the sphere x

+ y

+ z

a

11. Draw a picture of your favorite math teacher.