 |
Search |
 |
|
|
|
|
|
|
|
Arts, Sciences, and Engineering |
Mathematics |
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
66940 |
MTH 140A |
CALCULUS WITH FOUNDATIONS I |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
14
|
Section Cap
75
|
|
|
|
Instructors: |
MAVINGA N |
|
Description: |
A
two-semester sequence integrating the learning of calculus with
precalculus mathematics. Intended for students who lack the algebra and
trigonometry skills necessary to perform successfully in MTH 141. The
two-course sequence covers all the material in MTH 141 together with a
thorough presentation of the standard precalculus material. When taken
alone MTH 140A covers, in addition to precalculus material, the theory
and techniques of the differential calculus, but no material from the
integral calculus. MTH 140A (Fall) and MTH 141A (Spring). |
|
Clusters: |
N1INT010, N1MTH006, N1MTH007 |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
66995 |
MTH 141 |
CALCULUS I |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
46
|
Section Cap
55
|
|
|
|
Instructors: |
ROGERS N |
|
Description: |
Analysis
of the elementary real functions: algebraic, trigonometric,
exponentials and their inverses and composites. Their graphs,
derivatives, and integrals. Mean value theorem, maxima and minima,
curve plotting. The fundamental theorem of calculus, with geometric and
physical applications. MTH 141, 142, and 143 is a three-semester
sequence that covers, at a slower pace, exactly the same material as
the two-semester sequence, MTH 161 and 162. |
|
Clusters: |
N1INT010, N1INT014, N1MTH002, N1MTH007, N1MTH008, N1PAS004, N4INT001, N4INT006, N4INT007, N4ME001, N4ME002 |
|
Offered: |
Fall Spring Summer |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67000 |
MTH 141 |
CALCULUS I |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
13
|
Section Cap
31
|
|
|
|
Instructors: |
MADHU K |
|
Description: |
Analysis
of the elementary real functions: algebraic, trigonometric,
exponentials and their inverses and composites. Their graphs,
derivatives, and integrals. Mean value theorem, maxima and minima,
curve plotting. The fundamental theorem of calculus, with geometric and
physical applications. MTH 141, 142, and 143 is a three-semester
sequence that covers, at a slower pace, exactly the same material as
the two-semester sequence, MTH 161 and 162. |
|
Clusters: |
N1INT010, N1INT014, N1MTH002, N1MTH007, N1MTH008, N1PAS004, N4INT001, N4INT006, N4INT007, N4ME001, N4ME002 |
|
Offered: |
Fall Spring Summer |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
66983 |
MTH 141 |
CALCULUS I |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
38
|
Section Cap
48
|
|
|
|
Instructors: |
OLSEN J |
|
Description: |
Analysis
of the elementary real functions: algebraic, trigonometric,
exponentials and their inverses and composites. Their graphs,
derivatives, and integrals. Mean value theorem, maxima and minima,
curve plotting. The fundamental theorem of calculus, with geometric and
physical applications. MTH 141, 142, and 143 is a three-semester
sequence that covers, at a slower pace, exactly the same material as
the two-semester sequence, MTH 161 and 162. |
|
Clusters: |
N1INT010, N1INT014, N1MTH002, N1MTH007, N1MTH008, N1PAS004, N4INT001, N4INT006, N4INT007, N4ME001, N4ME002 |
|
Offered: |
Fall Spring Summer |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67011 |
MTH 141 |
CALCULUS I |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
21
|
Section Cap
37
|
|
|
|
Instructors: |
FILI P |
|
Description: |
Analysis
of the elementary real functions: algebraic, trigonometric,
exponentials and their inverses and composites. Their graphs,
derivatives, and integrals. Mean value theorem, maxima and minima,
curve plotting. The fundamental theorem of calculus, with geometric and
physical applications. MTH 141, 142, and 143 is a three-semester
sequence that covers, at a slower pace, exactly the same material as
the two-semester sequence, MTH 161 and 162. |
|
Clusters: |
N1INT010, N1INT014, N1MTH002, N1MTH007, N1MTH008, N1PAS004, N4INT001, N4INT006, N4INT007, N4ME001, N4ME002 |
|
Offered: |
Fall Spring Summer |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67161 |
MTH 142 |
CALCULUS II |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
26
|
Section Cap
60
|
|
|
|
Instructors: |
DASILVA D |
|
Prerequisites: |
MTH 141 |
|
Description: |
This
course will consist of applications of the finite integrals, techniques
of integration, calculus of the transcendental functions, improper
integrals and the use of l'Hopital's rule. |
|
Clusters: |
N1INT010, N1MTH002, N1MTH006, N1MTH008, N1PAS004, N4INT007, N4ME001 |
|
Offered: |
Fall Spring Summer |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67176 |
MTH 142 |
CALCULUS II |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
49
|
Section Cap
60
|
|
|
|
Instructors: |
JOCHNOWITZ N |
|
Prerequisites: |
MTH 141 |
|
Description: |
This
course will consist of applications of the finite integrals, techniques
of integration, calculus of the transcendental functions, improper
integrals and the use of l'Hopital's rule. |
|
Clusters: |
N1INT010, N1MTH002, N1MTH006, N1MTH008, N1PAS004, N4INT007, N4ME001 |
|
Offered: |
Fall Spring Summer |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67245 |
MTH 143 |
CALCULUS III |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
70
|
Section Cap
75
|
|
|
|
Prerequisites: |
MTH 141, MTH 142 |
|
Description: |
This
is the third semester of a three-semester calculus sequence. Topics
include improper integrals, l'Hopital's rules, infinite sequences and
series, Taylor's series, three-dimensional geometry and vector algebra,
curves in space, partial derivativess. |
|
Clusters: |
N1INT010, N1MTH002, N1PAS004, N4BME001, N4ME001 |
|
Offered: |
Fall Spring Summer |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67290 |
MTH 150 |
DISCRETE MATHEMATICS |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
22
|
Section Cap
60
|
|
|
|
Instructors: |
PAKIANATHAN J |
|
Description: |
Logic,
functions, algorithms, mathematical reasoning, mathematical induction,
recurrence relations, techniques of counting, equivalence relations,
graphs, trees, as well as specific questions given by the "Towers of
Hanoi", and Euler's "7 bridges of Konigsberg problem". Required for
Computer Science majors. |
|
Clusters: |
N1CSC012, N1MTH005 |
|
Offered: |
Spring |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67306 |
MTH 150A |
DISCRETE MATH MODULE |
Fall 2010 |
1.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
40
|
|
|
|
Instructors: |
PAKIANATHAN J |
|
Restrictions: |
[A] Instructor's permission required |
|
Prerequisites: |
Permission of instructor required. |
|
Description: |
Passing
the course will grant a waiver to the MTH 150 requirement for the
Computer Science program, but does not fulfill any other requirements
that MTH 150 may fulfill. |
|
Offered: |
Fall Spring |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67319 |
MTH 161 |
CALCULUS IA |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
52
|
Section Cap
67
|
|
|
|
Instructors: |
BEESON A |
|
Description: |
This
is an introductory calculus course, intended for students whose
interests lie in the physical sciences and engineering. The course
requires a thorough command of high school algebra and some knowledge
of trigonometry. Topics include: analysis of the elementary real
functions: algebraic, trionometric, exponentials and their inverses and
composites; their graphs, derivatives and integrals; limits,
l'Hopital's rules, Mean value theorem, maxima and minima, curve
plotting. The fundamental theorem of calculus, with geometric and
physical applications. |
|
Clusters: |
N1INT014 |
|
Offered: |
Fall Spring |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67322 |
MTH 161 |
CALCULUS IA |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
38
|
Section Cap
62
|
|
|
|
Instructors: |
LESTER S |
|
Description: |
This
is an introductory calculus course, intended for students whose
interests lie in the physical sciences and engineering. The course
requires a thorough command of high school algebra and some knowledge
of trigonometry. Topics include: analysis of the elementary real
functions: algebraic, trionometric, exponentials and their inverses and
composites; their graphs, derivatives and integrals; limits,
l'Hopital's rules, Mean value theorem, maxima and minima, curve
plotting. The fundamental theorem of calculus, with geometric and
physical applications. |
|
Clusters: |
N1INT014 |
|
Offered: |
Fall Spring |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67335 |
MTH 161 |
CALCULUS IA |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
16
|
Section Cap
41
|
|
|
|
Instructors: |
BEESON A |
|
Description: |
This
is an introductory calculus course, intended for students whose
interests lie in the physical sciences and engineering. The course
requires a thorough command of high school algebra and some knowledge
of trigonometry. Topics include: analysis of the elementary real
functions: algebraic, trionometric, exponentials and their inverses and
composites; their graphs, derivatives and integrals; limits,
l'Hopital's rules, Mean value theorem, maxima and minima, curve
plotting. The fundamental theorem of calculus, with geometric and
physical applications. |
|
Clusters: |
N1INT014 |
|
Offered: |
Fall Spring |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67341 |
MTH 161 |
CALCULUS IA |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
24
|
Section Cap
46
|
|
|
|
Instructors: |
MAVINGA N |
|
Description: |
This
is an introductory calculus course, intended for students whose
interests lie in the physical sciences and engineering. The course
requires a thorough command of high school algebra and some knowledge
of trigonometry. Topics include: analysis of the elementary real
functions: algebraic, trionometric, exponentials and their inverses and
composites; their graphs, derivatives and integrals; limits,
l'Hopital's rules, Mean value theorem, maxima and minima, curve
plotting. The fundamental theorem of calculus, with geometric and
physical applications. |
|
Clusters: |
N1INT014 |
|
Offered: |
Fall Spring |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67543 |
MTH 161Q |
QUEST CALCULUS |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
27
|
Section Cap
65
|
|
|
|
Instructors: |
WEI A |
|
Restrictions: |
[P] Open to freshman only |
|
Description: |
This
is the first semester of the Quest version of MTH 161-162, which places
emphasis on understanding concepts as well as on learning techniques.
Students contemplating majoring in mathematics as well as others
desiring a strong foundation in calculus are encourages to take this
course or the honors sequence. |
|
Clusters: |
N1INT010,
N1INT014, N1MTH002, N1MTH003, N1MTH004, N1MTH005, N1MTH007, N1PAS004,
N1PAS005, N4INT001, N4INT006, N4INT007, N4ME001, N4ME002 |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67551 |
MTH 162 |
CALCULUS IIA |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
14
|
Section Cap
80
|
|
|
|
Instructors: |
WEI A |
|
Prerequisites: |
MTH 161 |
|
Description: |
This
course is a continuation of MTH 161. It covers techniques of
integration, improper integrals, applications of integration,
parametric and polar equations, infinite series, Taylor's series,
vectors in two and three dimensions, lines and planes, vector-valued
functions, velocity and acceleration, arc length, curvature. |
|
Offered: |
Fall Spring |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67565 |
MTH 162 |
CALCULUS IIA |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
48
|
Section Cap
110
|
|
|
|
Instructors: |
RAVENEL D |
|
Prerequisites: |
MTH 161 |
|
Description: |
This
course is a continuation of MTH 161. It covers techniques of
integration, improper integrals, applications of integration,
parametric and polar equations, infinite series, Taylor's series,
vectors in two and three dimensions, lines and planes, vector-valued
functions, velocity and acceleration, arc length, curvature. |
|
Offered: |
Fall Spring |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68010 |
MTH 162 |
CALCULUS IIA |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
41
|
Section Cap
80
|
|
|
|
Prerequisites: |
MTH 161 |
|
Description: |
This
course is a continuation of MTH 161. It covers techniques of
integration, improper integrals, applications of integration,
parametric and polar equations, infinite series, Taylor's series,
vectors in two and three dimensions, lines and planes, vector-valued
functions, velocity and acceleration, arc length, curvature. |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67603 |
MTH 162Q |
QUEST CALCULUS IIA |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
4
|
Section Cap
40
|
|
|
|
Instructors: |
ARIKAN M |
|
Restrictions: |
[P] Open to freshman only |
|
Prerequisites: |
MTH 161Q |
|
Description: |
This
is the second semester of the Quest version of MTH 161-162 which places
emphasis on understanding concepts as well as on learning techniques.
The Quest versions of MTH 161-2 are considered to be year-long courses;
both semesters will be taught by the same professor. The course
introduces the techniques of the differential and integral calculus of
functions; reinforces algebraic manipulation and trig techniques
learned in high school; provides tools for use in other disciplines;
uses proofs to make the techniques a coherent whole rather than a set
of isolated tricks; rigorous proofs. Topics covered include the
analysis of the elementary real functions: algebraic, trigonometric,
exponentials and their inverse and composites. Their graphs,
derivatives, and integrals. Mean value theorem, maxima and minima,
curve plotting. The fundamental theorem of calculus, with geometric and
physical applications. |
|
Clusters: |
N1INT010, N1INT014, N1MTH003, N1MTH004, N1MTH005, N1PAS004, N4INT007, N4ME001 |
|
Offered: |
Spring |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67612 |
MTH 163 |
ORD.DIFFERENTIAL EQUATNS |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
36
|
Section Cap
60
|
|
|
|
Instructors: |
HERMAN M |
|
Prerequisites: |
MTH 143, MTH 162, or MTH 172. |
|
Description: |
This
course concentrates on the foundations of the subject, emphasizing
those techniques which are important in physics and engineering. The
emphasis in this course, as in the other calculus courses, is on
learning techniques for solving, or at least understanding, certain
equations (which occur frequently in physics and engineering), rather
than on the theoretical aspects of the subject. Topics covered: first
order differential equations, linear equations, and systems with
constant coefficients, solutions in series, phase plane analysis and
stability. |
|
Clusters: |
N1INT014, N1MTH001, N1MTH003, N1MTH004, N1MTH005, N1MTH008 |
|
Offered: |
Fall Spring |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67718 |
MTH 164 |
MULTIDIMENSIONAL CALCULUS |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
31
|
Section Cap
100
|
|
|
|
Instructors: |
GAGE M |
|
Prerequisites: |
MTH 143, 162, or 172 |
|
Description: |
This
course studies the calculus in more than one dimension. Topics include
partial derivatives, multiple integrals, and the major theorems of
Green, Gauss, and Stokes. NOTE: Either MTH 164 or MTH 163 can be taken
after MTH 162 or MTH 143. The usual procedure would be to take MTH 164
followed by MTH 163. Usually MTH 164 is taken first since its subject
matter is more closely related to MTH 162. However, some engineering
majors require MTH 163 (Differential Equations) to be completed by the
end of the fall semester of the sophomore year. |
|
Clusters: |
N1INT014, N1MTH001, N1MTH003, N1MTH004, N1MTH005 |
|
Offered: |
Fall Spring Summer |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67720 |
MTH 164 |
MULTIDIMENSIONAL CALCULUS |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
107
|
Section Cap
115
|
|
|
|
Instructors: |
BAILEY S |
|
Prerequisites: |
MTH 143, 162, or 172 |
|
Description: |
This
course studies the calculus in more than one dimension. Topics include
partial derivatives, multiple integrals, and the major theorems of
Green, Gauss, and Stokes. NOTE: Either MTH 164 or MTH 163 can be taken
after MTH 162 or MTH 143. The usual procedure would be to take MTH 164
followed by MTH 163. Usually MTH 164 is taken first since its subject
matter is more closely related to MTH 162. However, some engineering
majors require MTH 163 (Differential Equations) to be completed by the
end of the fall semester of the sophomore year. |
|
Clusters: |
N1INT014, N1MTH001, N1MTH003, N1MTH004, N1MTH005 |
|
Offered: |
Fall Spring Summer |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67809 |
MTH 165 |
LINEAR ALG W/DIFFRNTL EQUATN |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
60
|
Section Cap
No Cap
|
|
|
|
Instructors: |
ROGERS N |
|
Prerequisites: |
MTH 143, 162, or MTH 172Q. NOTE: MTH 164 is not a prerequisite for MTH 165. |
|
Description: |
An
introduction to the basic concepts of linear algebra: matrices,
determinants, vector spaces and linear transformations, as well as to
ordinary differential equations with an emphasis on linear differential
equations, second order equations with constant coefficients and
systems of differential equations. Applications to physical,
engineering and life sciences. This course differs from MTH 163 in that
it has more material on linear algebra (including a discussion of
eigenvalues), and the only differential equations covered are linear
ones with constant coefficients, along with systems thereof. For many
students, taking MTH 165 will eliminate the need to take MTH 235
(linear algebra). Topics covered: elementary methods, linear equations,
and systems with constant coefficients, solutions in series, special
functions, phase plane analysis and stability, Laplace transform,
extremal problems. |
|
Clusters: |
N1INT014, N1MTH001, N1MTH003, N1MTH004, N1MTH005, N1MTH008 |
|
Offered: |
Fall Spring Summer |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67814 |
MTH 165 |
LINEAR ALG W/DIFFRNTL EQUATN |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
67
|
Section Cap
No Cap
|
|
|
|
Instructors: |
IOSEVICH A |
|
Prerequisites: |
MTH 143, 162, or MTH 172Q. NOTE: MTH 164 is not a prerequisite for MTH 165. |
|
Description: |
An
introduction to the basic concepts of linear algebra: matrices,
determinants, vector spaces and linear transformations, as well as to
ordinary differential equations with an emphasis on linear differential
equations, second order equations with constant coefficients and
systems of differential equations. Applications to physical,
engineering and life sciences. This course differs from MTH 163 in that
it has more material on linear algebra (including a discussion of
eigenvalues), and the only differential equations covered are linear
ones with constant coefficients, along with systems thereof. For many
students, taking MTH 165 will eliminate the need to take MTH 235
(linear algebra). Topics covered: elementary methods, linear equations,
and systems with constant coefficients, solutions in series, special
functions, phase plane analysis and stability, Laplace transform,
extremal problems. |
|
Clusters: |
N1INT014, N1MTH001, N1MTH003, N1MTH004, N1MTH005, N1MTH008 |
|
Offered: |
Fall Spring Summer |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67823 |
MTH 171Q |
HONORS CALCULUS I |
Fall 2010 |
5.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
23
|
Section Cap
No Cap
|
|
|
|
Instructors: |
ARIKAN M |
|
Restrictions: |
[P] Open to freshman only |
|
Description: |
Credit:
5 hours for each course in this sequence. An honors sequence covering
the material of MTH 161-164 in greater depth from the standpoint of
both theory and applications. Students completing this sequence
successfully will have met the requirements of MTH 235 and can begin
taking upper-level courses immediately. |
|
Clusters: |
N1INT010, N1INT014, N1MTH001, N1MTH007 |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67837 |
MTH 171Q |
HONORS CALCULUS I |
Fall 2010 |
5.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
19
|
Section Cap
No Cap
|
|
|
|
Instructors: |
GONEK S |
|
Restrictions: |
[P] Open to freshman only |
|
Description: |
Credit:
5 hours for each course in this sequence. An honors sequence covering
the material of MTH 161-164 in greater depth from the standpoint of
both theory and applications. Students completing this sequence
successfully will have met the requirements of MTH 235 and can begin
taking upper-level courses immediately. |
|
Clusters: |
N1INT010, N1INT014, N1MTH001, N1MTH007 |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67846 |
MTH 173Q |
HONORS CALCULUS III |
Fall 2010 |
5.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
53
|
Section Cap
No Cap
|
|
|
|
Instructors: |
TUCKER T |
|
Restrictions: |
[K] Open only to freshmen and sophomores |
|
Description: |
Credit:
5 hours for each course in this sequence. An honors sequence covering
the material of MTH 161-164 in greater depth from the standpoint of
both theory and applications. Students completing this sequence
successfully will have met the requirements of MTH 235 and can begin
taking upper-level courses immediately. |
|
Clusters: |
N1MTH001 |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67858 |
MTH 190 |
TOPICS IN PROBLEM SOLVING |
Fall 2010 |
1.0 |
Cancelled |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Prerequisites: |
None. |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67860 |
MTH 201 |
INTRO TO PROBABILITY |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
52
|
Section Cap
No Cap
|
Total Enroll
71
|
Total Cap
75
|
|
|
|
Cross Listed: |
MTH 201 (P), STT 201 |
|
Instructors: |
HARPER J |
|
Prerequisites: |
MTH 162 or equivalent, MTH 164 recommended. Same as STT 201. |
|
Description: |
This
course is an introduction to probability theory. The following topics
are discussed: probability spaces; combinatorial problems; random
variables and expectations; discrete and continuous distributions;
generating functions; independence and dependence; binomial, normal,
and Poisson laws; laws of large numbers. Required by Electrical and
Computer Engineering majors. |
|
Clusters: |
N1MTH004 |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67871 |
MTH 201 |
INTRO TO PROBABILITY |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
41
|
Section Cap
No Cap
|
Total Enroll
59
|
Total Cap
75
|
|
|
|
Cross Listed: |
MTH 201 (P), STT 201 |
|
Instructors: |
STARR S |
|
Prerequisites: |
MTH 162 or equivalent, MTH 164 recommended. Same as STT 201. |
|
Description: |
This
course is an introduction to probability theory. The following topics
are discussed: probability spaces; combinatorial problems; random
variables and expectations; discrete and continuous distributions;
generating functions; independence and dependence; binomial, normal,
and Poisson laws; laws of large numbers. Required by Electrical and
Computer Engineering majors. |
|
Clusters: |
N1MTH004 |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67921 |
MTH 208 |
OPERATIONS RESEARCH I |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
49
|
Section Cap
50
|
|
|
|
Instructors: |
HARPER J |
|
Description: |
This
course is an introduction to operations research. The following topics
are discussed: linear programming, simplex method, duality theory,
sensitivity analysis, transportation problem, assignment problem,
Karmakar's algorithm, genetic algorithms, game theory, networks. |
|
Clusters: |
N1MTH005 |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67939 |
MTH 210 |
INTRO TO FINANCIAL MATHEMTCS |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
50
|
Section Cap
60
|
|
|
|
Instructors: |
OLSEN J |
|
Prerequisites: |
MTH 201 or ECO 230. |
|
Description: |
An
introduction to some of the mathematical concepts and techniques
underlying finance theory. The main financial applications will be to
arbitrage pricing theory and option pricing. |
|
Clusters: |
N1MTH005 |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67942 |
MTH 210 |
INTRO TO FINANCIAL MATHEMTCS |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
66
|
Section Cap
70
|
|
|
|
Instructors: |
STARR S |
|
Prerequisites: |
MTH 201 or ECO 230. |
|
Description: |
An
introduction to some of the mathematical concepts and techniques
underlying finance theory. The main financial applications will be to
arbitrage pricing theory and option pricing. |
|
Clusters: |
N1MTH005 |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67950 |
MTH 217 |
MATHEMATICAL MODELING IN POLITICAL SCIENCE |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
17
|
Section Cap
No Cap
|
|
|
|
Instructors: |
WINFREE T |
|
Prerequisites: |
MTH 161 and 162. |
|
Description: |
Elementary
game theory applications (Nash Equilibria, Prisoner's Dilemma,
Chicken), measures of voting power, social choice (Arrow's Theorem). |
|
Clusters: |
N1MTH005, N1MTH007, N1MTH008, S1PSC012 |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67968 |
MTH 230 |
NUMBER THEORY WITH APPL |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
27
|
Section Cap
No Cap
|
|
|
|
Instructors: |
FILI P |
|
Description: |
Divisibility,
primes, congruences, quadratic residues and quadratic reciprocity, and
primitive roots, with application to cryptology and computer science. |
|
Clusters: |
N1MTH005 |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67973 |
MTH 235 |
LINEAR ALGEBRA |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
54
|
Section Cap
No Cap
|
|
|
|
Instructors: |
BAILEY S |
|
Prerequisites: |
MTH 165 |
|
Description: |
In
this course we develop matrix methods for determining the solvability
of and finding solutions to systems of linear equations in several
variables. We study linear transformations on finite-dimensional vector
spaces over R (real numbers) and C (complex numbers), which includes a
development of the concepts of an inner product, orthogonality, a basis
of a vector space, and eigenspaces of linear transformations. |
|
Clusters: |
N1MTH005 |
|
Offered: |
Fall Spring |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67984 |
MTH 237 |
INTRO TO ALGEBRA II |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
14
|
Section Cap
No Cap
|
|
|
|
Instructors: |
RAVENEL D |
|
Description: |
Continuation
of MTH 236 covering field theory and Galois theory including proofs of
the impossibility of "trisecting angles", "doubling the cube",
"squaring the circle", and "solving 5th-degree polynomials". |
|
Clusters: |
N1MTH005 |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
67996 |
MTH 246 |
SET THEORY AND LOGIC |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
11
|
Section Cap
No Cap
|
|
|
|
Instructors: |
TUCKER T |
|
Description: |
This
course provides an introduction to the essential concepts of set theory
and logic. Among the topics covered are sets, relations, equivalence,
order, cardinal and ordinal arithmetic, the axiom of choice, continuum
hypothesis, propositional calculus and the consistency and completeness
of axiomatic systems. |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68004 |
MTH 255 |
DIFFERENTIAL GEOMETRY |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
20
|
Section Cap
No Cap
|
|
|
|
Instructors: |
PAKIANATHAN J |
|
Prerequisites: |
MTH 164 or 174. |
|
Description: |
Torsion, curvature, the differential geometry of curves and surfaces in 3-space. |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68028 |
MTH 265 |
FUNCTIONS OF REAL VARIABLE I |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
49
|
Section Cap
No Cap
|
|
|
|
Instructors: |
MUELLER C |
|
Prerequisites: |
MTH 163 and 164 or MTH 174, or equivalent. |
|
Description: |
This
course will provide a rigorous introduction to the study of functions
of a real variable. Topics include uniform continuity, mean value
theorems, convergence theorems, and integration. Students will be
expected to prove theorems and give mathematically rigorous arguments. |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68032 |
MTH 265H |
FUNCTNS OF REAL VAR I (HON) |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
MWF
|
1300
|
1350
|
DEWEY
|
2110E
|
|
|
Enrollment: |
Section Enroll
13
|
Section Cap
No Cap
|
|
|
|
Instructors: |
HERMAN M |
|
Prerequisites: |
MTH 163 or MTH 164 or MTH 174. |
|
Description: |
Honors version of MTH 265. |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68049 |
MTH 280 |
INTRO TO NUMERICAL ANALYSIS |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
10
|
Section Cap
No Cap
|
|
|
|
Instructors: |
WINFREE T |
|
Prerequisites: |
MTH 162 or equivalent. Cross-listed with STT 280. |
|
Description: |
The
numerical solution to mathematical problems by computer. Linear
systems, approximation, integration, and differential equations.
Floating point arithmetic and consequent pitfalls of computation. |
|
Clusters: |
N1MTH005 |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68055 |
MTH 281 |
APPLIED BOUNDARY VALUE PROB |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
57
|
Section Cap
No Cap
|
Total Enroll
70
|
Total Cap
No Cap
|
|
|
|
Cross Listed: |
CHE 400, ME 201 (P), ME 400, MTH 281 |
|
Instructors: |
CLARK A |
|
Prerequisites: |
MTH 164 and MTH 163 or 165 |
|
Description: |
This
course covers the classical partial differential equations of
mathematical physics: the heat equation, the Laplace equation, and the
wave equation. The primary technique covered is separation of
variables, which leads to solutions in the form of eigenfunction
expansions. The topics to be covered include the following: Fourier
series; separation of variables; Sturm-Liouville theory; unbounded
domains and the Fourier transform; spherical coordinates and Legendre's
equation; cylindrical coordinates and Bessel's equation. The software
package Mathematica will be used extensively in the course. Prior
knowledge of Mathematica is helpful but not essential. In the last two
weeks of the course, there will be a project on an assigned topic. The
course will include applications in heat conduction, electrostatics,
fluid flow, and acoustics. |
|
Coursework/Exams: |
Weekly homework and a project
2 Midterms and a final |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68061 |
MTH 281 |
APP BOUNDARY VALUE PROB-REC |
Fall 2010 |
REC |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
26
|
Section Cap
No Cap
|
Total Enroll
32
|
Total Cap
No Cap
|
|
|
|
Cross Listed: |
ME 201 (P), MTH 281 |
|
Instructors: |
CLARK A |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68076 |
MTH 281 |
APP BOUNDARY VALUE PROB-REC |
Fall 2010 |
REC |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
31
|
Section Cap
No Cap
|
Total Enroll
34
|
Total Cap
No Cap
|
|
|
|
Cross Listed: |
ME 201 (P), MTH 281 |
|
Instructors: |
CLARK A |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68087 |
MTH 390 |
SUPERVISED COLLEGE TEACHING |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Restrictions: |
[G] Special application required / [J] Permission of School Dean required |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68114 |
MTH 391 |
INDEPENDENT STUDY |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Restrictions: |
[G] Special application required / [J] Permission of School Dean required |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68267 |
MTH 391W |
INDEPENDENT STUDY |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Restrictions: |
[G] Special application required / [J] Permission of School Dean required |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68444 |
MTH 393 |
SENIOR PROJECT |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Restrictions: |
[G] Special application required / [J] Permission of School Dean required |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68457 |
MTH 394 |
INTERNSHIP |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Restrictions: |
[G] Special application required / [J] Permission of School Dean required |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68479 |
MTH 436 |
ALGEBRA I |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
4
|
Section Cap
No Cap
|
|
|
|
Instructors: |
HAESSIG C |
|
Prerequisites: |
MTH 237. Undergrads must have permission of instructor. |
|
Description: |
Rings and modules, group theory, Galois theory. |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68482 |
MTH 440 |
GENERAL TOPOLOGY |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Instructors: |
LUBKIN S |
|
Prerequisites: |
MTH 265. Permission of instructor required for undergraduates. |
|
Description: |
Continuity. Compactness, connectedness, metrizability. Product spaces. |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68507 |
MTH 471 |
MEASURE & INTEGRATION |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
4
|
Section Cap
No Cap
|
|
|
|
Instructors: |
IOSEVICH A |
|
Prerequisites: |
MTH 265 or equivalent. |
|
Description: |
Lebesgue
measure on the line. Measure spaces. Integration. Convergence theorems.
The Radon-Nikodym theorem. Differentiation. Fubini's theorem. The
function spaces Lp and C. |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68515 |
MTH 472 |
FUNCTIONAL ANALYSIS |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
4
|
Section Cap
50
|
|
|
|
Instructors: |
GREENLEAF A |
|
Prerequisites: |
MTH 471 |
|
Description: |
Banach
spaces. Dual spaces. Riesz theorem. Hilbert space. Fourier series.
Projective and unitary operators. Spectral analysis of completely
continuous self-adjoint operators. Applications. |
|
Offered: |
Fall |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68521 |
MTH 491 |
MASTER'S READINGS IN MATH |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Restrictions: |
[G] Special application required / [J] Permission of School Dean required |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68568 |
MTH 492 |
SPECIAL PROJECTS |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68584 |
MTH 493 |
MASTER'S ESSAY |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
03154 |
MTH 506 |
TOPICS IN ADVANCED PROBABLTY |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
MWF
|
1100
|
1150
|
HYLAN
|
1106B
|
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Instructors: |
MUELLER C |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
03163 |
MTH 537 |
HOMOLOGY |
Fall 2010 |
4.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
1
|
Section Cap
No Cap
|
|
|
|
Instructors: |
LUBKIN S |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68643 |
MTH 590 |
SUPERVISED COLLEGE TEACHING |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68651 |
MTH 591 |
PHD READINGS IN MATH |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Restrictions: |
[G] Special application required / [J] Permission of School Dean required |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68853 |
MTH 594 |
INTERNSHIP |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Restrictions: |
[G] Special application required / [J] Permission of School Dean required |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
68870 |
MTH 595 |
PHD RESEARCH IN MATH |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
69041 |
MTH 595A |
PHD RESEARCH IN ABSENTIA |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Restrictions: |
[G] Special application required / [J] Permission of School Dean required |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
69053 |
MTH 895 |
CONT OF MASTER'S ENROLLMENT |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
69064 |
MTH 897 |
MASTER'S DISSERTATION |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
69070 |
MTH 899 |
MASTER'S DISSERTATION |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
69097 |
MTH 985 |
LEAVE OF ABSENCE |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Restrictions: |
[G] Special application required / [J] Permission of School Dean required |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
69101 |
MTH 995 |
CONT OF DOCTORAL ENROLLMENT |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
69116 |
MTH 997 |
DOCTORAL DISSERTATION |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
69138 |
MTH 997A |
DOCT DISSERTATN IN ABSENTIA |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Restrictions: |
[G] Special application required / [J] Permission of School Dean required |
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
69140 |
MTH 999 |
DOCTORAL DISSERTATION |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
|
|
|
CRN |
Course |
Course Title |
Term |
Credits |
Status |
|
69296 |
MTH 999A |
DOCT DISSERTATN IN ABSENTIA |
Fall 2010 |
0.0 |
Open |
|
Schedule: |
|
Day |
Begin |
End |
Building |
Room |
|
|
Enrollment: |
Section Enroll
0
|
Section Cap
No Cap
|
|
|
|
Restrictions: |
[G] Special application required / [J] Permission of School Dean required |
|
|