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Time and Place
Sched # :993361 Sec # : 2 : M_WRF 9:05A - 9:55A, 123 E E East
Sched # :993385 Sec # : 10 : M_WRF 10:10A - 11:00A, 307 Boucke
Sched # :204148 Sec # : 11 : M_WRF 12:20A - 1:10A, 205 Ferguson
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Attendance is expected.
Exam I 1,7,6 = 100 points
Exam II 2,7,6 = 100 points
Final Exam3,7,6 = 150 points
Quizzes4,8,6 = 100 points
Total5 = 450 points
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1 Exam I will be on Oct 2
at 6:30-7:45pm in ???.
2 Exam II will be on Nov 4 at 6:30-7:45pm. in ???.
3 Final will be announced by the registrar.
4 Almost daily quizzes will be given. A few lowest scores will be dropped at the end of the semester so that the average on the quizzes among the students completing the course in each section will be compatible with the averages of students on homework/quizzes in the other sections of Math 251.
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5 The grades in this course will not be curved.
The following are the cutoffs for letter grades:
A 405, A- 390, B+ 375, B 360, B- 345, C+ 330, C 315, D 270.
6 Calculators, all other electronic devices, notes, and books may not be used during quizzes and exams.
7 Makeup exams will be given with a 20% penalty unless a University recognized, documented excuse is provided.
8 Makeup quizzes will not be given.
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Moses Glasner
Office: 318c McAllister
Tel: (814) 865-7527
Office hours: M_WRF 11:10-11:55am
Click here to send e-mail: glasnerATmathDOTpsuDOTedu
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Elementary Differential Equations and Boundary Value
Problems
by W.E. Boyce - R.C. DiPrima,
8th Edition, 2004, John Wiley & Sons
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ISBN 0 471-33338-1
Student Solutions Manual to accompany Boyce and Diprima's Elementary Differential Equations
by C.W. Haines John Wiley & Sons
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ISBN 0-471-43340-3
- There will be no class on We Oct 1st.
- There will be a review session in the eve of Oct 1st instead.
- There will be no class on Th Oct 9th.
- We will meet on Tu Oct 7th instead.
- There will be no class on We Oct 15th.
- We will meet on Tu Oct 28th instead.
- There will be no class on We Oct 22th.
- There will be a review session in the eve of Nov 3rd instead.
The following is the required academic integrity statement for
this course: During QUIZZES and EXAMS the following apply:
the use of books, or notes of any sort is not permitted;
communicating with anyone or copying anything from anyone is not permitted;
all electronic devices must be turned OFF.
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Also see the Student Guide to
Policy 49--20: and the
ECoS policy on this matter.
Homework Assignments are available on this web page.
Some rough
Lecture Notes are available here.
Java
applets
for Calculus and Differential Equations
Graph a function
View space curves and their curvatures
Evaluate definite
integrals
Plot Direction
Field
Solve First
Order ODE's
Solve Second Order ODE's
Solve System
of First Order ODE's
Plot partial sums
of Fourier series
View solutions
of the heat equation
View solutions
of the wave equation
Professor
Mansfield's phase portrait program
Professor
John Polking's Dirfield and Phase Portrait applets
Maxima and Octave are two open source mathematical tools
among many. The are a lot of good reasons for using
open source software beyond its purchase price
which
are clearly documented here.
The current implementation of MIT's Macsyma system for computer based algebra is called
Maxima
and is available for MS Windows under the GNU Public License
here.
The
Maxima package for Windows also contains
wxMaxima which
can help people start using Maxima without learning Maxima's languange.
Here is
Harvard University Math Dept's brief introduction to
Maxima.
Here is an
introduction to Maxima, as well as
the primer
which is distributed
with maxima.
Here is some
more documentation on Maxima.
Download
Maxima for Windows here.
Octave, a Matlab alternative
for numerical work is also available under the GPL.
Here is an
introduction to Octave.
Download
Octave
for Windows from this site.
Access Maxima on the Internet with your browser
Here is a website
using Maxima as its CAS engine
and
another one is here.
Links to additional CAS's using Maxima as a component in a larger scheme
can be found at Maxima's website.
