| INFORMATION FOR STUDENTS OF Dr. Thomas J Osler Email: osler@rowan.edu Phone: 256-4500 ext 3864 COURSE: History of Mathematics OTHER MATERIALS: Lecture notes from Osler (Download from my WEB page) COURSE PREREQUISITES: Calculus Sequence PROFESSOR'S PHILOSOPHY: ATTENDANCE AT REGULAR CLASSES: Students who miss an excessive number of classes will be required to submit written work proving that they have mastered the necessary material or their grade will be reduced appropriately. Students who provide (1) official college absence excuse, or (2) doctor’s note ordering you to remain at home, will not have such absences count against their grade.
CALCULATION OF GRADES: Grading in History of Mathematics To obtain the grade of “C” To obtain the grade of “B” do attend the above classes and
hand in the outlines plus the following: To obtain the grade of “A” do two books and ten biographic
outlines as described above. PASS NO CREDIT OPTION: At times a student simply stops attending class without ever going through the necessary procedure with the registrar. In this case the grade of F is assigned. QUESTIONS IN AND OUT OF CLASS: BUILDING REGULATIONS: Reading Assignments: Number Sections 1 1.1 to 2.6 (skim read quickly) Notes: You will be expected to outline the historical material in each
of the above portions of the text. Outlines should be from two to six
hand written pages. You are to stress historical topics,. Mathematical
topics can be ignored on the outline. You must hand in a new outline each
week. Since these reading correspond with my lectures, you must not fall
behind. There is a penalty for being late. Please write both your name
and the number of the outline at the top of the first page, and staple
the pages. Thank you. Studies of successful college students show that the best students often work in groups. For this reason I am asking that you form a study group of about two to four students from your fellow classmates. I will first ask each of you to introduce yourself to the class to let us know your interests as well as the times you could meet with a study group. Later you can form your group based on common interests and availability. I will ask you to hand in on paper a list of those in your group and a group “leader” before you leave today. If you wish to change study groups later, this is always easily done. Here are just a few of the reasons the study group will be of value to you: 1. You can phone study group members to get information about classes you might miss. (You are responsible for all assignments, even if you miss a class.) 2. You can go over hard homework problems together. 3. You can review for tests. 4. By talking over the mathematics you will bet experience in the difficult art of verbally communicating technical information. This is not easy and there is rarely time to develop this skill in the classroom. You will find that it is often not easy to formulate mathematical ideas in a way that another student can understand. This is a most important and valuable addition to your education. 5. To encourage your group to meet and work together, I often give “Group Projects” in which the entire group works on one problem and hands in to me one folder for the entire group. These group projects are scored as part of your “Class Grade”. I recommend that you also share phone numbers with your study group members. NAME: PHONE:
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SOME THOUGHTS ON MATHEMATICS AND LEARNING Why is mathematics different from all other academic subjects? Some 2300 years ago Euclid, a Greek mathematician, wrote a 13 volume treatise on geometry called The Elements. It contained hundreds of theorems. During the past 2300 years, not one of these theorems has been proven wrong. No other subject is like this. Once a mathematical fact has been demonstrated, its truth is evident to all who make the effort to understand it. It remains true forever. All other ancient subjects have changed drastically since they first appeared. Only mathematics remains unchanged, and universally unchallenged. Also, mathematics is truly universal. A number, a triangle, and a circle are perceived in the same way by a male, female, European, African, Asian, etc. There is no cultural bias in mathematics. Who is responsible for my mathematical education? YOU ARE!!! You are an adult attending a university. What you learn from this course depends on how seriously YOU pay attention in class and study outside of class. How should I learn mathematics? Begin by doing the homework your professor assigns. You must practice doing mathematics by yourself. Mathematics is not a spectator activity. It is important to attend class, pay attention and ask questions, but watching the professor solve problems is no substitute for your doing problems yourself. Hours and hours of problem solving are necessary to master complex mathematical ideas. Don’t be afraid to repeat the homework by doing it a second or third time. Try other problems from your textbook that have not been assigned. Finally look at other books available in our library and Mathematics Department Conference Room. The Internet is now a valuable source of material. If I get an A or B in the course, have I mastered the subject? Maybe yes, but maybe no. Some students are able to “ace the test” by cramming a few days before it, and doing little else. In this case, the student might get a high grade, but also quickly forget the material. There is no substitute for spending hours and hours wrestling with the complex ideas presented in a mathematics course. At times students with a high GPA do poorly on national exit examinations such as the Graduate Record Exam or National Teachers Exams. This often reflects their study habits. They work just hard enough to get good grades, but not hard enough to really master the ideas. Also consider that your professor’s exams have been composed largely of very short, routine questions. There is no time on a one or two hour test to put really difficult problems. The better test of mathematical ability and mastery comes from problems requiring solution in days, weeks, months or years. I plan to go to graduate school in mathematics or a related field, what should I do? In addition to the required course work, you should spend considerable time in the library browsing through books and journals. Consider doing a student research project under the guidance of a faculty member. This could lead to a STEM Symposium presentation or even a possible paper for publication in a suitable journal. Remember, there is no substitute for hard work. No one ever made a significant contribution to mathematics without spending enormous amounts of time thinking about it.
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