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Appendix C


                             Syllabus





                 Three interrelated questions can be addressed when considering the construction of a course.
                 These questions are (1) topics to be covered, (2) order in which these topics should be covered, and
                 (3)  proportion of time to be spent on each topic.  Just as in any other area of science and engineering,
                 there exists a healthy variety of topics, extent of coverage of each topic, and order of covering the
                 material.  There is no “right” answer and this text is developed so that chapters can be dealt with in
                 essentially any order with the most important topics dealt with near the beginning of most chapters
                 and (possibly) less important material covered later in the chapter.
                    The study of polymers is expanding at a rapid rate with too much fundamental material to be
                 handed in a single introductory course, yet the basic elements can be included in such a course
                 and are included in this text.  Some topics that are today considered to be fundamental were not
                 known a decade ago.  Each of the fundamental topics are placed into perspective in the current text
                 building upon the foundational courses of chemistry—organic, physical, inorganic, and analytical
                 chemistry.
                    One assumption agreed upon by most academic and industrial polymer scientists and engineers
                 and associated education committees is that there should be both a core of material common to

                 introductory courses and a portion that reflects individual interests and training of teachers, stu-
                 dent bodies, and local preferences and circumstances. Thus, not every topic needs to be covered to
                 present a meaningful introductory polymer course.  Some years ago, PolyEd, the education arm of
                 Polymer Chemistry and Polymeric Materials: Science and Engineering, developed, with the help of
                 polymer scientists and engineers, a listing of basic topics and preferred coverage.  The results are
                 given in Table C.1.

                    Basically, the committee proposed that all lecture courses include portions of the first seven top-
                 ics with the level and extent of coverage guided by such factors as available class time, additional
                 topics covered, interest of instructor, student interests, class composition, and so forth. It must be
                 emphasized that the “optional topics” listed should not be considered limiting and that additional
                 topics can be introduced.
























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