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Course Syllabi Fall 2009

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MATH 100 COURSE SYLLABUS


1. Objectives:

This course is called Precalculus. The overall objective of the course is to prepare students to move into calculus. The specific objectives of the course are as follows:
  • Learn about functions and graphs of functions. This will include rates of change and inverse functions.
  • Learn about polynomial and rational functions. This will include characteristics and graphs of such, real roots of polynomials, and polynomial and rational inequalities.
  • Learn about exponential and logarithmic functions. This will include common and natural logarithms, graphs and properties of exponential and logarithmic functions, and the relationships between exponential and logarithmic functions.
  • Learn about the six trigonometric functions. This will include radian measure of angles, graphs of the trigonometric functions, and some basic identities.
  • Learn about triangle trigonometry and its applications, and the laws of cosines and sines.
  • Time permitting, learn about some of the more advanced properties of the trigonometric functions. This will include addition and subtractions identities, inverse trigonometric functions, and trigonometric equations.

2. Grades:

There will be 4 exams which may cut across chapter boundaries. The final exam will be cumulative, and will count as much as two hour exams. Specific homework assignments will be collected, and the homework average, after the lowest homework grade is dropped, will count as much as one hour exam. (If there are more than 10 turn-in homework assignments, the lowest two homework grades will be dropped.) Students may work together on homework, but each student should turn in their own assignment. Note that no homework assignment will be accepted late.

NO MAKEUP HOUR EXAMS WILL BE GIVEN. Instead, a cumulative general purpose makeup will be given at the end of the semester. Although the makeup is intended primarily for students who miss an hour exam, if no hour exams are missed, the makeup can be used to replace the lowest hour exam score. In certain cases students who know in advance that they will miss an exam may be permitted to take the exam early, but no one will be permitted to take an exam after the date it is given to the class. Exams will be curved if necessary. The tentative exam dates are Sept. 23, Oct. 21, Nov. 11, and Dec. 7. The makeup exam is tentatively scheduled for Thursday, Dec. 10. If an hour exam is scheduled for a day when there is a canceled class or a compressed schedule, the exam will be given at the next regularly scheduled class. Students will be permitted to bring one 8 1/2 by 11 sheet of paper with notes to each hour exam. Two such sheets will be permitted at the makeup exam and at the final Extra credit pop quizzes may be given at any time.


3. Text:

Contemporary Precalculus, A Graphing Approach, 5th edition, by Thomas W. Hungerford and Douglas J. Shaw. A graphing calculator is also required for the course. The specific type of calculator is not important for this course, but be aware that the calculus classes at Wilkes will require the TI89 or its equivalent. If you purchase a lower level calculator, e.g. a TI 83 or 84, that will be fine for this course, but will not be sufficient for calculus. In the text the plan is to cover sections 1.3 and 1.4, 3.1 - 3.3, 3.5 - 3.7, 4.1 - 4.6, 5.1 - 5.5, 6,1 - 6.4, 6.6, 8.1 - 8.4, and, given time, 7.2 - 7.5.

4. Office:
My office is room 415. My formal office hours will be Monday, Wednesday, and Friday from 9:00 - 10:00 AM, 3:00 - 4:00 PM on Monday, and 2:00 - 3:00 PM on Thursday. During office hours I will see students on a first come, first served basis. Students are welcome (encouraged actually) to drop in at (or make a specific appointment for) any time that I do not have a previous commitment, whether or not it is a formal office hour. You are also welcome to call me (408-4834) or to send me email (tillman@mathcs.wilkes.edu). I can also be reached via one of our department fax machines (408-7883 or 408-2033). Some students have used the fax to submit homework assignments. My schedule is posted on my office door and can also be found at http://course.wilkes.edu/tillman/stories/storyReader$161.

5. Attendance:

Attendance will be taken daily. Students are responsible for all material covered or assigned whether or not they are in class. Attendance may be used as a deciding factor in determining borderline grades.

6. Drops:

During the first three weeks of the semester students may drop for any reason, at their own whim. Following the third week, and up through the tenth week, students may drop with permission of the instructor and their advisor. I will always grant my permission. Following the tenth week, students may drop only with permission of the instructor and the dean of the appropriate school (Dean Bruns in this case), and only for extraordinary reasons (e.g. an illness which makes it impossible to catch up on the work). A failing average is not considered sufficient reason. Once again I will always grant my permission.


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MATH 105 COURSE SYLLABUS


1. Objectives:

This course is the first semester of a two semester sequence in calculus designed for students majoring in the managerial, life, and social sciences. Calculus is a significant tool in those disciplines and the overall objective of the course is for students to become proficient in the methods of calculus so that they can make use of this tool. The specific goals of the course are as follows:
  • Provide a brief review of certain precalculus topics. The topics will include the Cartesian coordinate system, lines, functions, and graphical solutions of equations and inequalities.
  • Learn to use the TI89 calculator as a major tool in helping to learn the concepts of calculus.
  • Introduce the topics of limits, continuous functions, and asymptotic behavior.
  • Introduce the general topic of derivatives including more specifically slopes and tangent lines, differentiation rules, derivatives of exponential and logarithmic functions, the chain rule, and implicit differentiation.
  • Show standard applications of derivatives including optimization problems, curve shape, applications to economics, applications using radical and transcendental functions, related rate problems, and anti-derivatives and initial value problems.
  • Introduce the general topic of integration including calculation of area, definite integrals, the fundamental theorem of calculus, indefinite integrals, and integration by substitution.

2. Grades:
There will be 4 exams which may cut across chapter boundaries. The final exam will be cumulative, and will count as two hour exams. Specific homework assignments will be collected, and the homework average, after the lowest homework grade is dropped, will count as much as one hour exam. (If there are more than 10 turn-in homework assignments, the lowest two homework grades will be dropped.) Students may work together on homework, but each student should turn in their own assignment. Note that no homework assignment will be accepted late.

NO MAKEUP HOUR EXAMS WILL BE GIVEN. Instead, a cumulative general purpose makeup will be given at the end of the semester. Although the makeup is intended primarily for students who miss an hour exam, if no hour exams are missed, the makeup can be used to replace the lowest hour exam score. In certain cases students who know in advance that they will miss an exam may be permitted to take the exam early, but no one will be permitted to take an exam after the date it is given to the class. Exams will be curved if necessary. The tentative exam dates are Sept. 24, Oct. 22, Nov. 12, and Dec. 7. The makeup exam is tentatively scheduled for Thursday, Dec. 10. If an hour exam is scheduled for a day when there is a canceled class or a compressed schedule, the exam will be given at the next regularly scheduled class. Students will be permitted to bring one 8 1/2 by 11 sheet of paper with notes to each hour exam. Two such sheets will be permitted at the makeup exam and (most likely) at the final. Extra credit pop quizzes may be given at any time.


3. Text:
Applied Calculus , 10th edition, by Laurence D. Hoffmann and Gerald L. Bradley (expanded edition). A graphing calculator, preferably the TI 89, is required for the course, and can be purchased from the bookstore, or at many other places (which might be cheaper than the bookstore). The calculator may be used for all exams and quizzes, and will be a valuable asset for future calculus, lab science, and other courses. Any calculator purchased should have at least the same capabilities as the TI 89, which includes the ability to do calculus operations. In the textbook, we will cover chapters 1 through chapter 5, skipping a few sections to be announced at the time. .

4. Office:
My office is room 415. My formal office hours will be Monday, Wednesday, and Friday from 9:00 - 10:00 AM, 3:00 - 4:00 PM on Monday, and 2:00 - 3:00 PM on Thursday. During office hours I will see students on a first come, first served basis. Students are welcome (encouraged actually) to drop in at (or make a specific appointment for) any time that I do not have a previous commitment, whether or not it is a formal office hour. You are also welcome to call me (408-4834) or to send me email (tillman@mathcs.wilkes.edu). I can also be reached via one of our department fax machines (408-7883 or 408-2033). Some students have used the fax to submit homework assignments. My schedule is posted on my office door and can also be found at http://course.wilkes.edu/tillman/stories/storyReader$161.

5. Attendance:
Attendance will be taken daily. Students are responsible for all material covered or assigned whether or not they are in class. Attendance may be used as a deciding factor in determining borderline grades.

6. Drops:
During the first three weeks of the semester students may drop for any reason, at their own whim. Following the third week, and up through the tenth week, students may drop with permission of the instructor and their advisor. I will always grant my permission. Following the tenth week, students may drop only with permission of the instructor and the dean of the appropriate school (Dean Bruns in this case), and only for extraordinary reasons (e.g. an illness which makes it impossible to catch up on the work). A failing average is not considered sufficient reason. Once again I will always grant my permission.


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CS 325 COURSE SYLLABUS


1. Objectives:

This course is called "Database Management Systems". It is a major elective course for Computer Science and a required course for Computer Information Systems. The overall objectives of the course are to present the underlying principles of database management systems and to provide students with as much opportunity for "hands-on" experience as possible in the use of a database management system. The specific goals of the course are as follows:
  • Explain the historical perspective which caused database management systems to come into being.
  • Provide some necessary background in data structures, including pointers, linked lists, and secondary key access.
  • Describe the logic of database systems which allows the same data to be used for multiple, disparate applications.
  • Introduce basic record relationships.
  • Describe different architectural approaches to database systems in general. Go into detail on the relational model, including relational algebra.
  • Present the SQL database language.
  • Show how SQL can be embedded into third generation languages, specifically java and C++.
  • Introduce database design. Specifically students should learn about entity relationship modeling and data normalization.
  • Introduce transaction management and control. This includes the SQL ROLLBACK and COMMIT commands.
  • Discuss real-time transaction systems.
  • Introduce distributed database management systems.

2. Exams:
There will be 2 exams, each worth 20% of the final grade. The final exam will be cumulative, and will be worth 30% of the final grade. The tentative dates for the hour exams are Oct. 14 and Dec. 2. Exams will be curved if necessary. Students will be permitted to bring one 8 1/2 by 11 sheet of paper with notes to each hour exam, and two sheets to the final exam. A sample program will also be permitted at the second hour exam and at the final exam.

3. Projects and Homework:
There will be several programming projects and a few homework assignments which do not involve programming. All of these should be individual efforts. The project and homework average will be worth 30% of the final grade. There will be six mini-projects, with due dates one week or less from the time assigned. There will be two main projects. The mini-project average will be 13% of the grade, the main project average will be 12% of the grade, and the non-programming homework 5% of the grade. There will also be a seventh extra credit mini-project. The projects will use oracle, a relational database and the most widely used database in the world. Oracle resides on a virtual machine called oracle, which has LINUX as its operating system. The oracle projects will be written in either SQL (a major topic of the course) or SQL embedded in a host language. The host language will be java, except for the extra credit mini-project where the host language will be C++. On-line documentation for Oracle can be found at

http://www.oracle.com/pls/db111/homepage?remark=tahiti

for the general reference. For a list of specific references look at

http://www.oracle.com/pls/db111/portal.all_books

The most useful links are likely to be Error Messages , Pro*C/C++ Precompiler Programmer's Guide, Programmer's Guide to the Oracle Precompilers, JDBC Developer's Guide and Reference (the Java reference guide), SQL Reference, and SQL*Plus User's Guide and Reference which will give you information on using the SQL*Plus subsystem.

NO PROJECT or HOMEWORK WILL BE ACCEPTED LATE!


4. Text:
DATABASE SYSTEMS Design, Implementation, and Management, eighth edition, by Peter Rob and Carlos Coronel. We will cover chapters 1 - 5, part of 6, 7, much of 8, 9 very lightly, 10 and 12. We will also discuss the underlying data structures of database management systems in some detail, embedded SQL (covered only very lightly in the text), and, of course, we will discuss Oracle in some detail.

5.Office:
My office is room 415. My formal office hours will be Monday, Wednesday, and Friday from 9:00 - 10:00 AM, 3:00 - 4:00 PM on Monday, and 2:00 - 3:00 PM on Thursday. During office hours I will see students on a first come, first served basis. Students are welcome (encouraged actually) to drop in at (or make a specific appointment for) any time that I do not have a previous commitment, whether or not it is a formal office hour. You are also welcome to call me (408-4834) or to send me email (tillman@mathcs.wilkes.edu). I can also be reached via one of our department fax machines (408-7883 or 408-2033). Some students have used the fax to submit homework assignments. My schedule is posted on my office door and can also be found at http://course.wilkes.edu/tillman/stories/storyReader$161.

6. Attendance:
Attendance will be taken daily. Students are responsible for all material covered or assigned whether or not they are in class. Attendance may be used as a deciding factor in determining borderline grades.

7. Drops:
During the first three weeks of the semester students may drop for any reason, at their own whim. Following the third week, and up through the tenth week, students may drop with permission of the instructor and their advisor. I will always grant my permission. Following the tenth week, students may drop only with permission of the instructor and the dean of the appropriate school (Dean Bruns in this case), and only for extraordinary reasons (e.g. an illness which makes it impossible to catch up on the work). A failing average is not considered sufficient reason. Once again I will always grant my permission.


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Last update: Tuesday, September 1, 2009 at 1:40:06 PM.