Web page of Dmytro Savchuk |

Instructor: | Dmytro Savchuk | |

Office: |
CMC 310 | |

Phone: | (813) 974-4989 | |

Fax: | (813) 974-2700 | |

e-mail: | savchuk@usf.edu | |

Office Hours: | TR 11:00pm - 12:30pm or by appointment | |

Textbook: | Linear Algebra with Applications by Otto Bretscher, published by Prentice Hall, Fifth Edition, ISBN: 0-321-79697-7 | |

Class Location: | CMC 13 TR 12:30pm-1:45pm | |

Course web-page: | http://savchuk.myweb.usf.edu/teaching/2014A_math3105_linear_algebra/ |

**Course Description:** This first linear algebra course shows techniques for solving linear equations and introduces mathematical notions
that are often used and are relevant to many applications.
These notions include vector (linear) spaces and subspaces,
linear transformations, orthogonality and
determinants. You will certainly meet and work with these notions in
chemistry, physics, engineering, 3D-graphics, as well as in other mathematical courses, such as differential equations, dynamical systems, etc.

The course starts with basics in solving linear equations using matrices and Gauss-Jordan elimination process. Then it looks into linear transformations; definitions, geometric views, inverses, kernel and image of a linear transformation. The notion of linear (vector) spaces with finite dimensions follows right after. Geometrically we will consider coordinates of a vector with respect to a basis, transformation of coordinates when passing to a different basis, as well as orthogonal coordinates. With these tools the Gram-Schmidt process for obtaining an orthogonal basis is illustrated. The course rounds up with determinants and their use in obtaining the eigenvalues and eigenvectors of a linear transformation with a purpose of a diagonalization (special simplification) of the latter.

**Prerequisites:** MAC 2283 or MAC 2313 (Engineering) Calculus III and MGF 3301 Bridge to Abstract Mathematics.

The classes are designed to help students understand the material and are not a simple repetition of the text. In order to present a broader view of a subject and to have more solved
examples available, the examples presented in class might be different from than those solved in the book. **Students are responsible for learning how to perform calculations and only a
very limited time of the class work would be designed for that. Also, students are responsible for reading the covered sections from the book.**

**Test Dates:** There will be three full class-time Tests, and the Final. Dates are:

**Test I:**January 30 (Covers Chapters 1 and 2)**Test II:**March 6 (Covers Chapters 3 and 4)**Test III:**April 10 (Covers Chapters 5 and 6)**Final:**May 1, 10:00am - 12:00pm (Cumulative, covers Chapters 1 through 7)

**Homework:** In this course homework will not be collected, but is considered as one of the main tools to prepare yourself to the quizzes and exams. The homework assignments are available at

http://savchuk.myweb.usf.edu/teaching/2014A_math3105_linear_algebra/homeworks.html

Solving homework problems is a crucial part in learning process. No matter how hard you study you will not learn the material unless you solve the problems on your own.

**Quizzes:** Quizzes will be given in class almost every week. There will be NO make-up quizzes. If you miss the class due to a University Excused Absence, your grade for this quiz will be computed as the average grade of all your other quizzes. One quiz with the lowest grade will be dropped. Quizzes may or may not be announced so it is imperative that you keep up with your homework.

**Make-up exam policy:** Make-up exams will only be given for excused absences. Reasons for excused absences include **documented** illness, deaths in the immediate family and other **documented** crises,
call to active military duty, court-imposed legal obligations (e.g., jury duty and subpoenas), special requirements of other courses and university sponsored events (e.g., performances, games/meets,
judging trips, field trips), and severe weather conditions. Students who must miss an exam due to a major religious observance must notify the instructor of this absence, in writing, by the end of the first week of classes.
Employment schedules, family reunions, vacations and athletic training/practice schedules of students do not comprise a valid excuse for absences.
Students must notify their instructors of scheduled absences (for approved reasons as noted above) at the beginning of each academic term. Pointing out specific conflicts with scheduled examinations or other scheduled
assignments/activities should be part of this notification. In the event of an emergency unscheduled absence (as described above), students must contact their instructors as soon as possible and provide documentation
if required. Extended illnesses may interfere with the satisfactory completion of courses, and in such cases a student should contact his or her college by the deadline to drop a course. After the drop deadline,
students may submit an Academic Regulations Committee (ARC) petition with proper documentation to drop a course or withdraw for medical reasons. Students may find additional information through their college ARC
representative. An instructor may determine that missing a certain amount of participation-dependent activities (whether excused or not) precludes successful accomplishment of learning outcomes. In such cases the
student is advised to withdraw from the course.

**Grading:** Your final grade will be determined on the following basis

**Test I:**20%**Test II:**20%**Test III:**20%**Final:**25%**Quizzes:**15%

Please note, that the "Total" column in Canvas WILL NOT reflect your actual grade as it does not take into account the above weights. At the end of the semester after all quizzes will be given I will set up the weighted total column. The students are responsible for checking their grades in Canvas. Any grade appeals will be considered only within one week after the grades were entered. The midterm exams and quizzes that were not picked up will be shredded at the time of the next exam.

**Calculators:** There is no particular need of a graphing calculator. Scientific calculators are recommended but not required. No notebook computers or other wi-fi/gprs/3G/4G/4Glte/etc.
are allowed on the exams. Further, in the homeworks you are expected to show all the steps in your calculations.

**Cell Phones:** Turn them off during class!! The ringing cell phone is very distractive for other students and the lecturer. The University policy on
Disruption of Academic Process is explained in the Undergraduate Catalog http://www.ugs.usf.edu/catalogs/1213/pdf/DisruptionOfAcademicProcess.pdf

**Attendance:** Will not be taken during class (except the first day). Your presence will be most helpful **to you** for mastering the material.

**Getting Help:** There is a free tutoring available on campus at Tutoring and Learning Services: http://www.usf.edu/learning. The center is open
6 days a week (except Saturdays). Another resource is the online tutoring assistance. Also you are welcome to stop by my office
CMC 310 during office hours or by appointment. Again, do not hesitate to ask questions - by far this is the most effective way of learning.

**To help you keep up:**

- One to one-and-a-half sections per two-hour class period may be covered.
**Read them in advance!** - You are responsible to learn the material and
**most of this learning will take place outside the class**. At least two to three hours outside classroom for each class time needs to be spent studying! **Use the class**by trying to pick up the main ideas and taking comprehensive notes. Be sure that you understand the examples solved in class. Ask questions!

**Academic Dishonesty:** Instances of academic dishonesty including but not limited to: cheating, plagiarism, fabrication, forgery, complicity and computer misuse will not be tolerated.
The university policy on Academic Integrity is explained in the Undergraduate Catalog http://www.ugs.usf.edu/catalogs/1213/pdf/AcademicIntegrityOfStudents.pdf

**Incomplete Grade Policy:** An "I" grade indicates incomplete coursework and may be awarded to graduate and undergraduate students. (Undergraduate rules apply to non-degree-seeking students.)
It may be awarded to an undergraduate student only when a small portion of the student's work is incomplete and only when the student is otherwise earning a passing grade (C or better). See full policy
http://www.ugs.usf.edu/catalogs/1213/pdf/IGrade.pdf

**S-U Grade Policy:** Students who want to take this course for a grade of S-U must sign the S-U contract no later than the end of the Third week of classes. There will be no exceptions.
Courses to satisfy Gordon Rule may not be taken on an S/U basis. Required courses in the major may not be taken on an S/U basis. Courses to satisfy Foundations of Knowledge (FKL) General Education may not be taken on an S/U basis.

**Student Disability Policy:** Students in need of academic accommodations for a disability may consult with the office of Students with Disabilities Services to arrange appropriate
accommodations. Students may request accommodations at any point during the semester. As accommodations are not retroactive, any grades earned before a student requests accommodations will
typically stand. Students are required to give reasonable notice prior to requesting an accommodation. The student must bring a current Memorandum of Accommodations from the Office of Student
Disability Services (SVC 1133). This is a prerequisite for receiving accommodations. Exam accommodations through SDS usually require 5 (five) business days advance notice. Note: If you need
extra time on exams, you must make arrangements to take your exams with the SDS office. You cannot receive extra time if you choose to take your exams with the course instructor. See Student
Responsibilities - http://www.asasd.usf.edu/students.asp

**Copyright Policy:** All printed materials distributed in class or on the web are
protected by Copyright laws. One xerox copy is allowed for personal use only. Multiple copies or sale of any of the materials is strictly
prohibited.

Updated:
January 06th, 2014

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