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File: Geometry Pdf 166517 | Ma341syl
ma341 dierential geometry fall 2018 syllabus required text elementary dierential geometry o neill b 2nd edition 2006 nd supplementary elementary dierential geometry pressley a 2 edition 2010 materials dierential geometry ...

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                               Ma341 – Differential Geometry – Fall 2018 Syllabus
   Required Text Elementary Differential Geometry, O’Neill, B., 2nd Edition, 2006.
                                                                  nd
   Supplementary Elementary Differential Geometry, Pressley, A., 2   Edition, 2010.
   Materials        Differential Geometry of Curves & Surfaces, Do Carmo, M., 2nd Edition, 2016.
   Instructor       Robert Smyth, Professor of Mathematics
   Course           Thecourse covers the differential geometry of curves and surfaces in space, and introduces
   Description      the more general notion of differentiable manifold. It concludes with the Gauss-Bonnet
                    Theorem. (3 credits; 3 contact hours)
                    Prerequisites: Ma 223 and permission of the instructor. This course is an elective which
                    may be used as partial fulfillment of the requirements of the minor in mathematics.
   Topics           1. Review of planar and space curves, directional derivatives. The tangent map.
                    2. Review of curvature and the Frenet formulas. Introduction to differential forms.
                    3. Covariant derivatives. Frame fields.
                    4. Connection forms. Structural equations.
                    5. Isometries of Euclidean space. Congruence of curves.
                    6. Patch computations on surfaces.
                    7. Functions, tangent vectors, and forms on surfaces.
                    8. Mappings of surfaces. Manifolds.
                    9. The Shape Operator. Normal and Gaussian curvature.
                    10. Principle curves, asymptotic curves, geodesics. Surfaces of revolution.
                    11. The Fundamental Equations.
                    12. Local isometries. Gauss’s Theorema Egregium.
                    13. Integration and orientation.
                    14. Gauss-Bonnet Theorem.
   Assessment       The term grade will be based on group homework assignments (20%), two midterms (25%
                    each), and one cumulative final exam (30%).
   Course           The names of all team members for a given homework assignment must be listed on the
   Policies         first page of the submission for that assignment. Any assistance you receive on a homework
                    assignment from anyone not on your team for that assignment, and any source besides the
                    course text must be cited in writing on your homework submission. Late submissions will
                    not be accepted, but your lowest homework grade will be dropped.
                    Makeupexamsareoralexamsandareonlyofferedtostudentswithadocumentedexcused
                    absence for the date of the in-class exam. All exams are closed book / closed notebook
                    exams. You may use a basic scientific calculator, but no graphing or programmable cal-
                    culators, computers, cellphones, books, notebooks, or other resources may be used. Bring
                    a pencil or pen on the day of the exam. Paper will be provided.
                    Exams are timed. Your score may be reduced if you do not stop working on your exam
                    after time has been called.
                    If you choose to leave the exam room during the exam period you will not be permitted
                    to resume working on the exam after returning.
                    If you believe you are entitled to an accommodation on assessments through the Amer-
                    icans with Disabilities Act you must self-identify to the Office of the Dean of Students,
                    and meet with me during the first week of the term to discuss arrangements for meeting
                    your accommodation.
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...Ma dierential geometry fall syllabus required text elementary o neill b nd edition supplementary pressley a materials of curves surfaces do carmo m instructor robert smyth professor mathematics course thecourse covers the and in space introduces description more general notion dierentiable manifold it concludes with gauss bonnet theorem credits contact hours prerequisites permission this is an elective which may be used as partial fulllment requirements minor topics review planar directional derivatives tangent map curvature frenet formulas introduction to forms covariant frame elds connection structural equations isometries euclidean congruence patch computations on functions vectors mappings manifolds shape operator normal gaussian principle asymptotic geodesics revolution fundamental local s theorema egregium integration orientation assessment term grade will based group homework assignments two midterms each one cumulative nal exam names all team members for given assignment must l...

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