MATH 210 Calculus III 
Spring, 2001 MWF 15:00 -16:10  SH 128 / [F FR 204A] 
Course Assignments



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Last updated: 1/20/01


MATH 210: Calculus III Spring,2001
Tentative Daily Topic Schedule
Week
/Day
Monday Wednesday Friday
1 1/22 Introduction- 
Begin review
Variables- relations-functions. 

What is calculus? Differential Equations?

1/24  Introduction to 3-dimensional coordinate geometry. 13.1 1/26  Introduction to vectors. 13.2
2 1/29 Visualizations: Transformations and graphs.  1/31 More on vectors and functions
"1 variable controlling 2," 2 controlling 1".
2/2Parametric curves . 11.1 and 
3 2/5
Lines: parametric and vector equations 2 &3 dim. 13.5
The tangent problem 11.2
"1 variable controlling 2 (or 3)." 
2/7  Vector functions, tangent vectors and velocity. 14.1, 14.2 2/9 Lengths: segments, vectors, arcs. 11.3, 14.3 speed 
Week/Day Monday Wednesday Friday
4  2/12 Smooth curces. Differential equations and integrals of vector functions. 2/14  Acceleration 14.4 and Curvature Formulae 14.3 2/16  The Dot Product. 13.3.
5 2/19 More on dot products. 2/21Finish up 1 variable controlling 2 and 3.  Calculus for r'(t).
Curvature Formulae 14.3
2/23Begin "2 controlling 1 variable". Graphs. 
Scalar fields
6 2/26 Graphs and level curves of Functions with 2 controlling variables. Begin Partial Derivatives 2/28 Second order Partial derivatives.
Start Tangent Planes
3/2  Tangent Planes, Differentials. 
Start limits and continuity

Assignment Problem List I

Not yet complete.

Chapter.Section (pages)
Due
Problems
Interesting/optional
Review of Calc I and II] 1/24 Look at Final Exams from Calc I and II
11.1 2/2 Read- Consider what this has to do with vectors. (i) 2/5
(ii) ?
(i) 1-7 odd, 17,19,23, 22, 28 
(ii) 4,6,8, 11-13, 25, 40 
34, 35, 37,42,43
11.2 (i) (682-685:tangents) 
(ii)
(iii) (685-687: area) 
(i)2/7
(ii) 2/9
(iii)2/19
(i) 1,3,5,6,8
(ii) 9, 11,13, 15, 25, 32
(iii) 33- 35, 39
(i)
(ii)
(iii)
11.3 arc length (689-691 middle)  2/12 1-5, 9, 15
13.1  (i)  1/26
And (ii) 1/29
(i) 1, 3, 4, 7, 11, 13, 15, 23-29 odd
(ii) 5, 6, 21, 31,33,35-37
(i) 19
13.2  (i) 1/31
(ii) 1/31
(i) 7-9,13,14
(ii)17,19,21,23-25,  29
 
13.5 (i)
(ii) read pages 848-849 to example 4
(iii)
(i) 2/7
(ii) 2/21
(iii)
(iv)
(i) 2-5,7,11, 17;
(ii) 19-25 odd
(iii)27, 29, 31,49; 
(iv) 51, 53-55, 61, 63
 
14.1  (i)2/9
(ii)2/12
(i) 3,4,7-13, 16, 17,21,23
(ii) 24,25, 28
(ii)33
14.2 vector derivatives and  tangent vectors 
integrals and de's 
(i) 2/9
 more (ii) 2/12
(iii) 2/14
(iv)2/23?
(i) 1,3-5,9,13,14
(ii) 17-19, 27, 29
(iii) 33-39 odd, 38, 40
(iv)41,42,44,45,49
14.3 (i) arc length (883-885)
(ii) Curvature I (885-Ex.3)
(iii) Example 5
(i)2/14
(ii) 2/23
(iii)
(i)1-6
(ii)11b,13 b,18
(iii)21-23,29,31,32
 
14.4 velocity and acceleration(891-895) (i) 2/16 (i)1-7 odd, 9-13, 15,17-19  
13.3 dot product (i)2/19
(ii) 2/21
(iii)2/21
(i) 1,3,4,8-10,15,16, 23, 24, 29, 30
(ii) 5-7, 11, 17, 18, 21, 25-28, 31, 54
(iii) 39,40,45,46
49,51, 53, 55, 56, 58, 61-63
15.1 (i) 2/26
(ii) 2/26
(iii)2/28
(iv) 3/2
(i) 1,2, 5-9 odd, 15,17 
(ii) Sketch a scalar field for the integer lattice of [-2,2]x[-2,2] : 21-27,35-41 odd 
(iii) 30, 35-37,43, 51-56 
(iv) 9, 19, 33, 34, 61,65
 
15.2 3/9 Read the examples. 3,4, 5-11odd, 21,25, 27
15.3 (i)2/28
(ii)3/2
(iii) 3/5
(i) 3,11-25 odd
(ii) 6, 20,22, 32, 35, 37, 43, 45,46, 51, 56
(iii) 63, 65, 66, 68(a,c), 69, 76
 87
15.4 (i) 3/5
(ii) 3/5
(iii) 3/9
(i) 1-5,7
(ii) 23-27,29, 17,18,31,36
(iii) 11, 12, 35, 37
(iii)41,42
15.5 (i) 1-2-1 p952-3 (Ex. 2)
(ii) 2-2-1 p953-956
(iii) implicit... p956-7
(i)3/9
(ii)3/12
(iii)3/12
(i) 1-4, 13, 33
(ii)  7-11 odd, 19,20, 37, 41
(iii) 25-31 odd
 
3/14-3/15  Exam #1 covers Assigned Material through 3/12. 11.1-11.3, 13.1,13.2,13.3,13.5, 14.1-14.4. 15.1-15.5.
15.6 (i) 3/14
(ii) 3/16
(i)7,8, 3,5, 11 -14 
(ii) 21-23,27, 32a,34,35,45
 
15.7 (i) 3/26
(ii)3/26
(i)5-13 odd 
(ii)6,14,15,17, 27,29,31
 
15.8 pp985-989 4/2 1-9 odd,23-31 odd  
13.6  4/6 (i) 9-15 odd, 21-28, 37-39, 41,43 47,49
16.1 4/9 Read 
4/11 (i) & (ii)
(i)Look at 3a,5,9 (will not be collected till 4/11)
(ii) 11-13, 17,18
16.2 4/13 (i)
4/16 (ii)
(i)1-11 odd, 4, 8, 25
(ii) 13-15, 18, 29
13.4 4/13 Read section.
(i) 4/16
(ii) 4/18
(i) 1-9 odd, 13, 15
(ii) 23, 29,30, 33, 41,42,43
18
16.3 (i) 4/18
(ii) 4/20
(iii) 4/23 
(i)1-9 odd, 8
(ii) 11-15 odd, 12,19, 33-35
(iii) 39-43 odd, 44, 45
16.5 1034-1038 (probability) 5/4 23, 25
11.4 (i) 4/23
(ii)4/25
(iii)4/25
(i) 1-3,5,7-11, 15-17, 31-35
(ii)33-45 odd, 56
(iii) 57-65 odd
(ii) 71-73,81
4/27 Examination #2 (In-class) Covers material assigned through 4/23. 15.5-15.8, 13.6, 16.1-16.3, 13.4
11.5 p707 polar coordinates 4/30 45-49 odd
13.7 Cylindrical and spherical coordinates. 5/4 Read
5/7 Do problems
3-9 odd, 13-19 odd, 31,35,36,9, 40, 49-51,
16.4 Integration in polar coordinates. Read 4/25
(i)4/30
(ii)5/2
(i)1-11 odd
(ii) 15-17, 19-23 odd, 27, 33
16.7 Integration in 3 space (rectangular). (i) 5/2
(ii) 5/4
(i)1-11 odd, 17
(ii) 25,  37 find mass only, 47
16.8 Integration in 3 space (Cylindrical and polar) (i)5/7
(ii) 5/9
(i)1,2, 5,7 , 15
(ii) 3,17,33,35

 
 
 
 
Tentative Daily Topic Schedule
Week/Day Monday Wednesday Friday
7 3/5 Limits and Continuity. Closeness, Approximations... concepts and defintions. 3/7 Differentials, C1 and differentiable functions.The geometry of differentiability- Tangent planes. 
The Chain Rule (1-2-1)
3/9 Chain rule continued. 2-2-1 chain rule
8Exam #1 3/12 Directional derivatives and the gradient. Geometry of the gradient. 3/14 Local Extremes and the gradient continued. 3/16  Testing for extremes. 
9 3/19 No Class (Break) 3/21 3/23
10 3/26 Quadratic forms.
extrema on compact sets.
C1 implies differentiable?
Mixed partials are equal.? 
3/28 Finish discussion of the discriminant test.
LaGrange Multiplier, extremes, and odds and ends. 
3/30 No Class 
11 4/2 What about 4 variables: 1-3, 3-1, 2-2 
Quadric Surfaces 13.6
4/4 Quadric Surfaces 13.6

The area problem.11.2(?)

4/6Linear regression and "least squares." 15.7 problem 51.
12 4/9 Start Integration over rectangles  4/11 More on Integration and iterated integrals.
Fubini's Theorem.
Cross products. Beginning-basic properties. 
4/13 More cross product- applications volumes. 
Tentative Daily Topic Schedule
Week/Day Monday Wednesday Friday
13 4/16 Integration over compact regions.More on planes and normal vectors with cross products..  4/18 
More Integration in the plane.
Cross Product Application to tangent plane.
4/20 Properties of integration in the plane.
Polar coordinates- curves in the plane. Tangents.
14Exam #2 4/23 More Polar coordinates. 4/25  Integration with polar coordinates. 4/27 Exam #2 (in class)
15 4/30 The integral of e^(-x^2). Application of integration in the plane to mass and probability. Arc length in Polar coordinates.
Integration in 3D. Cartesian coordinates.
5/2 More integration in 2 and 3 dimensions and probability.
Cylindrical  coordinates.
5/4 Begin spherical coordinates
Integration in Cylindrical.
16 Talks Cancelled. 5/7 More Integration in Cylindrical and spherical coordinates  5/9 Integration over curves and surfaces.?
Vector fields and line integrals?
5/11Review.!?

Assignment Problem List II

Not yet revised from 3rd Edition

Chapter.Section (pages). Problems Interesting/optional
11.9 
(i)
(ii) Read Ex.3&5 
[Use only first two components] 
(i) 1-4 
(ii) 15, 16, 20, 21, 26, 27

 
 

Assignment Problem List IV

Chapter.Section (pages). Problems Interesting/optional
9.4 (i)Polar Coordinates 12-5 
(ii) Curves sketching 12-5 
(iii) Tangents 12-5
(i)1-4,7-9,13-15, 17-21,25-27,31-35 
(ii) 37-53 odd 
(iii) 63-71 odd
59,60,62,75,77,78,84
9.5 arc length p576-7 12-8 43-47 odd
11.10 (i) cylindrical coordinates  12-10 
(ii)spherical coordinate 12-12
(i) 1-9 odd, 51-53 (a) 
(ii)13-27 odd, 33-37, 51-53(b)
13.3 integration over regions in the plane(i) 12-5 
(ii)12-10
(i) 1-5, 7-13 odd, 19,21 
(ii)33-35, 39,41
31
13.4 integration in polar coordinates 12- 10 1-9 odd,14, 15, 19,25 32
13.7 Triple integrals (rectangular) (i)12-10
(ii) 12-12
(i)1-11 odd, 17
(ii) 25,  37 find mass only, 47
13.8 Triple integrals (cylindrical & polar) 12-12 1-3, 5,7 , 15,17,33,35

Assignment Problem List V

11.4 Cross Product due 11/19 (i) 1-5, 9-11, 14, 19, 21, 22, 25, 26, 29 
(ii) 35-37, (read example 5) 31
11.5 (i) Lines due 11/10 
(ii) Planes due 11/19 
(iii)Planes due  11/21
(i) 1,3,5,11,13,17 
(ii) 19, 21, 23, 25, 27. 31, 35, 55 
(iii) 41-43, 47, 51, 61, 63, 69
11.7  due 12/1 (i) 1-6, 7-9, 15, 17 
(ii) 27-29, 33, 34, 41,42, 46 
(iii) 51, 57, 58, 61, 70, 71, 73
74
13.1 (i) due 11/14 
(i) due 11/17
(i) 1, 3, 5
(ii) 6-8, 10
13.2 (i) due 11/14 
(ii) due  11/17
(i) 1,3, 5-8, 23 
(ii) 15-17, 25-27, 35