MA 225
Multivariate Calculus
Section A
Fall 2008
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Final exam, homework grades, and final course grades (via blackboard.bu.edu)
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Syllabus
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Handouts, etc:
- September 3, 2008
- September 5, 2008
- September 8, 2008
- September 10, 2008
- September 12, 2008
- September 15, 2008
- September 17, 2008
- September 19, 2008
- September 22, 2008
- September 24, 2008
- September 26, 2008
- September 29, 2008
- October 1, 2008
- October 6, 2008
- October 8, 2008
- October 10, 2008
- October 14, 2008
- October 15, 2008
- October 17, 2008
- October 20, 2008
- October 22, 2008
- October 24, 2008
- October 27, 2008
- October 29, 2008
- October 31, 2008
- November 3, 2008
- November 7, 2008
- November 10, 2008
- November 12, 2008
- November 14, 2008
- November 17, 2008
- November 19, 2008
- November 21, 2008
- November 24, 2008
- December 1, 2008
- December 5, 2008
- December 8, 2008
- December 10, 2008
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Homework assignments:
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Homework assigned during the week ending
September 5 - Due week of September 8
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Homework assigned during the week ending
September 12 - Due week of September 15
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Homework assigned during the week ending
September 19 - Due week of September 22
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Homework assigned between September 22
and October 1 - Do not submit for grading
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Homework assigned during the week ending
October 10 - Due week of October 13
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Homework assigned during the week ending
October 17 - Due week of October 20
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Homework assigned during the week ending
October 24 - Due week of October 27
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Homework assigned during the week ending
October 31 - Do not submit for grading
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Homework assigned between November 7
and November 14 - Due week of November 17
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Homework assigned during the week ending
November 21
- Due week of November 24
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Homework assigned on
November 24
- Due in CAS/Stone B50
just before Exam III
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Homework assigned after Exam III - Do not submit
for grading
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Classroom demos:
- September 3, 2008
- Graph of 2x2 + y2
- Tangents for a function of two variables
- Volumes and Riemann sums
- Rectangular coordinates of a point
- Sphere
(courtesy of Professor Selwyn Hollis,
Armstrong Atlantic State University)
- September 5, 2008
- Position vector
- Line in space determined by two points
- Position and direction vectors for a line
- Animation of parameterized line
- Vector form of line in the plane
- September 8, 2008
- Position and direction vectors for a line
- Animation of parameterized line
- Two intersecting lines
- September 10, 2008
- Normal line to a plane
- Cross product applet
from the Syracuse University Physics Department
- September 15, 2008
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Line swept out as the values of a vector-valued function
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Circular helix given by a vector-valued function
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Knotted curve given by a vector-valued function
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Graphing applet written by Professor Tom Leathrum,
Jacksonville State University
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Elliptical helix in space with a point on it
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Animation to illustrate the limiting process involved in the definition
of the derivative
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Animation to illustrate the limiting process involved in the definition
of the derivative: control h using the slider
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The derivative vector that results from the above two
animations
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The derivative of the elliptical helix as another
vector-valued function.
- September 17, 2008
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Tangent vector at a point on a curve
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Derivative of a vector-valued function
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Arc length animation(s)
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Derivative of the curve that sweeps out the trefoil knot
- September 19, 2008
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Animations of three polar curves discussed in class
- September 22, 2008
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Two animations of area computations in polar coordinates
(courtesy of Professor Louis Talman,
Metropolitan State College of Denver)
- September 24, 2008
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Many examples of surfaces
(one courtesy of Professor Selwyn Hollis,
Armstrong Atlantic State University)
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Interactive Gallery of Quadric Surfaces
courtesy of Professor Jonathan Rogness of the University of Minnesota
- September 26, 2008
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Many animations of quadric surfaces
(five
courtesy of Professor John Putz, Alma College)
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Interactive Gallery of Quadric Surfaces
courtesy of Professor Jonathan Rogness of the University of Minnesota
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Parametric surface graphing applet
courtesy of Professor Tom Leathrum, Jacksonville State University
- September 29, 2008
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Examples of parametrized surfaces
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Mathematica notebook for parametrized surfaces
- October 1, 2008
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Various illustrations of level sets
(one courtesy of Professor John Putz, Alma College)
- October 6, 2008
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Graphs involving certain limits
- Geometric interpretation of partial derivatives
(courtesy of Professor Jonathan Rogness, University of Minnesota)
- October 8, 2008
- Geometric interpretation of partial derivatives
(courtesy of Professor Jonathan Rogness, University of
Minnesota)
- October 10, 2008
- Example where mixed partials are not equal
(courtesy of Professor Tom Vogel of Texas A&M University)
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Various graphs related to questions of extrema including:
- a maximum
- a saddle
- a monkey saddle
- a graph with two critical points
- October 15, 2008
- October 17, 2008
- Directional derivatives and the gradient
(courtesy of Professor Jonathan Rogness, University of Minnesota)
- October 20, 2008
- Directional derivatives and the gradient
(courtesy of Professor John Putz, Alma College)
- October 22, 2008
- October 24, 2008
- Limit of Riemann sums for double integral
- October 27, 2008
- Numerous animations to illustrate iterated integration
- October 29, 2008
- Two illustrations and one animation related to interated
integration over general regions
- October 31, 2008
- Applet to illustrate area conversion
(courtesy of Professor Jonathan
Rogness,
University of Minnesota)
- November 3, 2008
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Figures to illustrate the computation of surface area
- November 7, 2008
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Solids to illustrate triple integration
- November 12, 2008
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Solids to illustrate triple integration using spherical coordinates
- November 14, 2008
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Link to Maxwell's Equations
(courtesy of the HyperPhysics web site at Georgia State University)
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Velocity field for wind currents in San Francisco Bay
(courtesy of SFPORTS)
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Demo of gravitational field of the Earth
(courtesy of Professor Andrew Duffy, Boston University)
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Demo of electric dipole
(courtesy of Professor Andrew Duffy, Boston University)
- November 17, 2008
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Surface whose area can be calculated as a path integral
- November 19, 2008
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Animation illustrating a line integral
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Visual estimation of line integrals
- December 5, 2008
- Curl and divergence
Curl and divergence demos written by Professor Duane Nykamp,
University of Minnesota
- December 10, 2008
- Flux integrals
Demo of a flux integral written by Professor Duane Nykamp,
University of Minnesota
- Surface for the example presented in class
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Answers to our exams:
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Old exams: