MAC 1147 — Precalculus Algebra and Trigonometry

(Sections 88380 [007] and 88382 [009])

Course Syllabus

Fall 2012

FE: Saturday, December 8, 5:30-7:30 pm Room BSF100

Thanks for doing the evaluations (and delivering them).

MW 02:00pm-03:45pm -- CIS 1016
MW 04:00pm-05:45pm -- CIS 1045
Instructor: D. Milligan
Office CMC 28: MW ~1:00-1:55 [Please note that this is pending. I'll meet by appointment. 9/8]
You can contact me at milligan@mail.usf.edu -- or use Blackboard's email address.


Dept. on Bb/MyLabs (September 4):

Apparently, some of the problems with MyLabsPlus are dependent on which web browser the students are using. From my experience, if they are having browser problems I would suggest they try FireFox. I think this should work on a PC or Mac. If they are still having problems or they don't want to use FireFox, here are the recommended settings for each browser:

Internet Explorer: http://247pearsoned.custhelp.com/cgi-bin/247pearsoned.cfg/php/enduser/std_adp.php?p_faqid=7344

Firefox: http://247pearsoned.custhelp.com/cgi-bin/247pearsoned.cfg/php/enduser/std_adp.php?p_faqid=7347

Chrome: http://247pearsoned.custhelp.com/cgi-bin/247pearsoned.cfg/php/enduser/std_adp.php?p_faqid=8504

Safari: http://247pearsoned.custhelp.com/cgi-bin/247pearsoned.cfg/php/enduser/std_adp.php?p_faqid=7352

If they are still having issues they should vist the SmartLab or call MyLabsPlus customer service as mentioned before. (See September 1, below.)

You must log on thru the link in blackboard only!!! [The fine folks at Pearson may not have updated their prompts. There is no "course code," for example. Please be aware that the "Plus" is new. They are tying in MyLab to Bb directly (eliminating the previously required course code).]

If you have problems getting the material to load on your personal machine, you are free to use any of the hundreds of open-access machines on campus. I'd try the library where you are near those who are supposed to know about this stuff.

Dept. on Bb/MyLabs (September 1):

SmartLab (on the second floor of the library)..

There are TA's available that may be able to help with simple MyLabsPlus log-on issues and with the program in general. Note: Complicated issues should be directed to 24/7 MyLabsPlus customer service at (888) 883-1299.

The hours of the lab are:

Monday & Tuesday: 10am-6pm
Wednesday and Thursday: 12pm-8pm
Friday: 12pm-4pm
Sunday: 2pm-5pm

Note: The library and lab itself are open 24/7, but TA's are only available at the above times.

--------------------- Our Temporary Access Code: MLPTMP-QUAIL-OHMIC-HERON-ABASH-PORES
Keep system outages in mind when you submit your H stuff in MyLabsPlus. Don't wait until 11pm to submit something due at midnight. I won't have a lot of sympathy for you if there's an outage. (There may even be scheduled outages late at night.)

We can talk about this, but I've given two weeks for these to be submitted so that you aren't pressured. We're getting to know how everything works (or doesn't), so some additional time will be provided for the first week's orientation and Hs.

One further note: some have asked "how do you get to MyLabs?" If you look down you should see "-- FOLLOW THE LINK THROUGH BLACKBOARD." See that you can access MyLabsPlus. It will be tough to get by without some of the 180 points for MyLabsPlus work. IF YOU STILL CAN'T GET IN THERE, RESORT TO THE DEPT. SUGGESTION ABOVE.

Btw, there's a contingency plan for this. I can take up hardcopies of HW from the book. Don't get too worried about it.


Prerequisites: C (2.0) or better in MAC 1105, or SAT Math score of 550 or better, or ACT Math score of 24 or better, or College-Level Math CPT of 60 or better. Note that this course gives no credit for students with credit in MAC 1114 or MAC 1140.


Course Description: The course meets for approximately 55 hours during a 15-week semester. Successful completion of the course merits 4 semester hours of credit and provides sufficient background for the calculus sequences MAC 2281, 2282, 2283 and MAC 2311, 2312, 2313. The schedule outlined below shows the tentative dates for three exams plus a cumulative final exam (note the time and date of cumulative final). The final exam, is "common" in that it is provided by the Department. Tests I - III are administered in the classroom at the usual meeting time and are intended to take 1 hour to complete. The Final is scheduled for 2 hours. All tests and the cumulative final exam are multiple choice. Most of your MyLabPlus (MPL) material is "free response." Except for a few additional ("sanctioned") omissions, we will follow the general USF syllabus for this course. Please refer to http://math.usf.edu/ug/syllabi/mac1147/ for "Miscellaneous University/College Policies" included there. In particular, the S/U and I grade policies are described there (also see below).


Text: Precalculus: A Unit Circle Approach, by Ratti and McWaters (2010)


Tentative test dates:

Test I Chapters 4 and 5 October 1
Test II Chapters 6 and 7 October 31    Both course sections meet
Test III Chapters 9 and 10 November 28    for their final at this time.
Final Comprehensive December 8    The location is BSF100.
    Time: 5:30-7:30 pm < < < ++++++++++++++


Attendance policy: Students must be present for the first day, and must attend class for each of the three tests and the Final Exam. You are encouraged to attend the lectures, but it is not mandatory. I will make a point of telling you what kind of problems I like to put on my tests during the lectures. Otherwise, the content will be that expounded by the on-line work and testbook assignments. My presentations are guided directly by the ppt slides provided by the text publisher. (The slides should be available to you through MLP.)

Calculator policy: The Department requires students to use only "the TI-30 Xa." This means that you can NOT use a graphing or programmable calculator for your tests and final exam. It's worth knowing that any "fancy" calculator you may have may be used to aid you in completing the HW assignments and MLP components, but you'll need to rely solely on your TI-30 Xa on the three tests and especially on your Final. (I'm told that the Campus Bookstore staff know what calculator you need for this course. It should be safe to trust them on this, but keep your receipt.)

Other general policies: Students who anticipate being absent from a test due to religious observance should inform the instructor by the second class meeting. Students who have a legitimate reason for missing any test or the Final should immediately consult the instructor. If you are unable to provide convincing evidence for a legitimate absence (such as a doctor's note), you will not be allowed to take a make-up test/exam. Make-ups for the three tests will all be given on the last day of Finals week, December 14th. When possible, I'd prefer to give you a make-up before the test date. Also, you are not permitted to sell notes or tapes of class lectures. (Additional policies are provided, and these may be repeated, below.)

Grading policy:

A+  97-100 B+   87-89 C+   77-79 D+  67-69    
A    93-96 B    83-86 C    73-76 D    63-66 F 59 or less  
A-   90-92 B-   80-82 C-   70-72 D-   60-62    

Course objectives: Satisfaction of the Quantitative Methods portion of the General Education (Liberal Arts) Requirement and Computation part of the Gordon Rule. Particular objectives are included at the beginning of each text section. These detail the overall objectives nicely. Please refer to your text for these. Objectives extend from learning the vocabulary of angles to finding the sum of an infinite geometric sequence.

Graded items:
1. Three tests (covering the parts of the text noted above) will each contribute 19% to a student's final grade.
2. The Final Examination will contribute 25% to a your final grade.
3. 18% of your grade will be awarded for your on-line compents.
The weights of graded items relative to your course grade can be exhibited using a 1000-point scale as follows:

190  Test I
190  Test II
190  Test III
250  Final Examination
180  MyLabPlus components (Chapter O + 35 @ 5 points each)
----- 
1000  Total


The class calendar provided below indicates when homework assignments are given. You are to work the assigned problems for the next class meeting (except at test time). Time will be provided at the conclusion of each lecture to discuss the assigned problems from the previous class. Each in-class homework assignment listed here should prepare you for the corresponding MyLabPlus component. While there is currently no plan to collect and grade in-class homework, these should be considered first. Your graded on-line work is entirely automated through MyLabPlus. Refer to the information provided there (Chapter O) concerning submission, etc. You will get at least a total of 36 sets. If additional sets are added, they will be treated as a "bonus." MyLabPlus is a "smart" problem bank where specific problems have been selected for evaluating your understanding of the text material. Once you logon to MyLabPlus you'll be asked to perform some preliminary routines to ensure that you can properly submit responses through your machine. You may choose to use virtually any open-access computer on campus (e.g., those in the library), but there shouldn't be any reason that you cannot do this from your personal machine (although you may need to download a "flash player," as you'll see). The details should be clear from the on-line presentation for MLP -- FOLLOW THE LINK THROUGH BLACKBOARD.

(More than ever, since the percentage is now higher) you should regard the MyLabPlus portion as a smaller (point-wise) take-home test. You may use any resources you choose to help you complete the MyLabPlus work (there are usually a variety of on-line options, for instance), but be aware that on your in-class Tests and Final you may only use your TI-30 Xa calculator. You are best prepared for the tests/final when you can work the problems without "help." Your tests/final will likely be very similar to the on-line MLP sets in content. Again, I do not put the final together, however we'll have covered anything to appear there.

The MyLabPlus assignments should become available on the day the corresponding class work on a particular section is assigned. Each of the 36 sets is worth 5 points (0.5%) toward your overall grade. Each problem is called a "point," however the set is collectively assigned 0.5% regardless of the number of problems in the set. For example, a set with 5 problems has the same weight as a set with 20 problems. You'll be given at least one week from the time it becomes available to complete the set (view the assignment in MLP to see its due date). Pay careful attention to the instructions provided in the introductory information. You'll be awarded 0.5% even for "Chapter O" which is designed to see if you can input responses in the proper formats. Consult "Chapter O" to see how this works. (You have "help" buttons in the "H" work only. You should use these sparingly.)

Generally, you will be given two full weeks from the time an MLP assignment appears until its due date. The wise thing to do is to give yourself a week to get it done, and then you still have an extension if you should need it. I won't reset due dates for you. You must be aware of what needs to be done and get it done in time. Procrastination can lead to sadness. The second week is your grace period. (At the start of the course extra time will be given to get going with this.) [It requires a good amount of time to carefully work through everything. That's one reason why this is a 4 credit hour course. You should find that your time is rewarded when the tests and final roll around. I've observed that folks whose on-line time drops off drastically often have a tougher time of getting a good course completion, compared to those who keep chugging with it.]

Students are expected to read through the material corresponding to the lecture indicated for that day. For example, you should have read through the introductory material for Sections 4.3 and 4.4 prior to our meeting on September 5th. It will be helpful to at least have some familiarity with the terminology to be introduced beforehand. We shall generally focus on the odd problems, however the evens are there for added exercise. The problems listed should be considered the minimal set of problems that you should attempt. Doing the problems may be time-consuming, however it is the only way to be sure that you can do the problems at test time (or in MyLabPlus). Certainly, you should attempt as many problems as possible, however it should be sufficient to focus on those problems assigned.





Week 1
Important date - -
Chapter 4: Trigonometric Functions
August 27

Isaac . .
August 29
August 31: End drop/add, Fee liability
4.1 Angles and Their Measure: 1-79 odd, 87, 91;
Week 2

September 3

Holiday

September 5

4.2 The Unit Circle: Trigonometric Functions of an Angle: 1-73 odd;




Week 3

Chapter 5. Analytic Trigonometry


September 10

4.3 Some Properties of the Trigonometric Functions: 1-73 odd 77, 91;

4.4 Graphs of the Sine and Cosine Functions: 1-53 odd, 57, 63, 81, 83;



September 12

4.6 Inverse Trigonometric Functions: 1-67 odd;
Some notes on Inverse Trigonometric Functions;
4.5a Tangent references

5.1 Trigonometric Identities and Equations: 1-71 odd, 63 79, 83;
Week 4

September 17

5.2 Trigonometric Equations: 1-67 odd, 73, 81, 89, 95;

The example 1?

A note on signs.
September 19

5.3 Sum and Difference Formulas: 1-65 odd, 81;
Week 5

September 24

5.4 Double- and Half-Angle Formulas: 1-57 odd, 65, 69, 75;

Half-angle (like Example 10);
Expanded interval; 6 solutions can be seen;

Practice Tests A and B for Chapters 4 and 5 (omit problems 7 and 8 in 5A) odds and evens.

September 26

6.1 Right Triangle Trigonometry: 1-47 odd, 50, 53, 61 (Test II material);
Review for Test I.

Practice Test 4A
Practice Test 4B
Practice Test 5A
Practice Test 5B
Week 6

Chapter 6: Applications of Trigonometric Functions

October 1

Test I

Department:
"Degrees, minutes, seconds not on final
Graphs of cot, sec, csc are not on final
Inverse cot, sec, csc are not on final
Pwr. reduct. not on final.
Reduct. not on final."
(If you aren't responsible for these on the final, I won't put them on Test I either.)

"Sum/Diff form. given on final
Dbl/Half form. given on final"
(If you are to be given these, I will also put them in on Test I.)

October 3

6.2 The Law of Sines: 1-57 odd, 66, 67;
Week 7

October 8

6.3 The Law of Cosines: 1-45 odd, 49;

Sample Law of Cosines problem;
October 10

6.6 Polar Coordinates: 1-77 odd, 85;
Week 8

Chapter 7. Systems of Equations and Inequalities
October 15

7.1 Systems of Linear Equations in Two Variables: 1-69 odd, 83, 89, 93, 95, 101;
October 17

7.2 Systems of Linear Equations in Three Variables: 1-45 odd, 49, 57, 63, 69;
Week 9

October 22

7.4 Nonlinear Systems of Equations and Inequalities: 1-49 odd, 85;
October 24

7.5 Partial Fraction Decomposition: 1-39 odd, 45, 49;

Practice Test 6A
Practice Test 6B
Practice Test 7A
Practice Test 7B

Week 10
Important date - -
Chapter 9. Analytic Geometry
October 29

9.1 Conic Sections -- 9.2 The Parabola: 1-57 odd, 65, 73, 76, 87 -- adding 65 through 68 (bottom of page);

(Test III material.)

TEST III to FE
Don't forget 9.2 or even 9.1.

Review for Test II.

October 31
November 3: Last day to withdraw "W"
Test II

Dept.: "Bearings not on final
Polar graphs not on final
Non linear inequalities not on final"
Week 11

November 5

9.3 The Ellipse: 1-51 odd, 61, 67 -- adding 67 through 74 (duplications for emphisis);

Test III will have application problems.
These won't be overly difficult as long as you see what you're asked to find (as, for example, in problem 74 where you need to add the heights to earth's radius).

November 7

9.4 The Hyperbola: 1-73 odd, 81, 83;

Here're the conics formulas you'll be given.


Week 12

November 12

Holiday
November 14

10.1 Sequences and Series: 1-97 odd; .



Week 13

Chapter 10. Further Topics in Algebra
November 19

10.2 Arithmetic Sequences: Partial Sums: 1-67 odd;


For fun: Final section relative. This material summarizes the basic concepts of the "Buzz" infinities. Keep in mind that from a practical standpoint (what can be measured--even time?), there are (or is) no infinities. Math doesn't suffer from real-world limitations, however, so you can take that as far as you can imagine.

November 21

10.3 Geometric Sequences and Series: 1-81, 85-91 odd;

Practice tests A and B for Chapters 9: 1-15 all (try 18 and 19) on each; and 10: 1-9 all for both.

Look at 10.5 on the binomial theorem. If you think of all the partial sums (binomial coefficients, or "n choose k") entries in Pascal's triangle, there are infinitely many at an infinite depth that aren't (by definition) included in the triangle.

Week 14

November 26

Review for Test III
November 28

Test III

Week 15

December 3

General review.




December 5

Last Class before Final

General review.
vvvvvvvvvvvvvvvvv
FIRST DAY of Finals Week
Very Important date v v v
NOTE date of Final: Saturday, December 8, 5:30-7:30 pm
Room BSF100


December 10

No class
December 14
LAST DAY of Finals Week
No Class

MAKE UP ALL, 10:30-11:30 am
This is for Tests I - III.
If an emergency keeps you from the Final, contact me and/or the Math Dept as soon as possible.

Published to http://helios.acomp.usf.edu/~milligan/s/mac1147/syllabus.htm.
Note that this will be updated, however all test dates should be fixed.
This syllabus complies with official university policy as outlined in Course Syllabi Policy:
http://www.acad.usf.edu/Resources/Documents/Policies/course-syllabus-guidelines.htm

Since we have plenty of space here (without killing a tree), I'm including a rather hodge-podge assortment of Departmental policies and resource information below. If there are concerns as regarding any of these details, please ask me to clarify.

Perhaps policy on S/U is the main concern. The details are supplied below together with others.
This is not intended to be comprehensive.

Foundations of Knowledge & Learning: This course is part of the University of South Florida's Foundations of Knowledge and Learning (FKL) Core Curriculum. It is certified for Mathematics and Quantitative Reasoning and will meet the following four dimensions: Critical Thinking, Inquiry-based Learning, Scientific Processes, and Quantitative Literacy. Students enrolled in this course will be expected to participate in the USF General Education assessment effort. This might involve answering questions that measure quantitative reasoning skills (but are not directly related to the course), responding to surveys, or participating in other measurements designed to assess the FKL Core Curriculum learning outcomes.

IMPORTANT DATES:
August 31 Friday (Drop/Add ends, fee liability/tuition payment deadline)
November 3 Saturday (Last day to drop with a "W"; no refund & no academic penalty)

TUTORING CENTER: (that also includes STEM MART and Math Center)
Tutoring: Tutoring and Learning Services: http://www.usf.edu/learning
This covers all Math and Stat classes up to Calc III.
Open 6 days a week (except Saturdays). Students are encouraged to use this service.

For extra help in this class and many of your other courses, please be sure to visit Tutoring & Learning Services (LIB 206) and the Writing Center in the Library. Free tutoring in math, science, and more, as well as help with writing are available. For hours and further information, call (813) 974-2713 or visit:
* Tutoring- www.usf.edu/learning
* Writing- www.usf.edu/writing
* Online: Blackboard > Academics tab

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), religious days, special requirements of other courses and university sponsored events (e.g., performances, games/meets, judging trips, field trips), and severe weather conditions. 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.

Contingency Course Plan: In the event of an emergency, it may be necessary for USF to suspend normal operations. During this time, USF may opt to continue delivery of instruction through methods that include but are not limited to: Blackboard, Elluminate, Skype, and email messaging and/or an alternate schedule. It's the responsibility of the student to monitor Blackboard site for each class for course specific communication, and the main USF, College, and department websites, emails, and MoBull messages for important general information.

Foundations of Knowledge & Learning: This course is part of the University of South Florida's Foundations of Knowledge and Learning (FKL) Core Curriculum. It is certified for Mathematics and Quantitative Reasoning and will meet the following four dimensions: Critical Thinking, Inquiry-based Learning, Scientific Processes, and Quantitative Literacy. Students enrolled in this course will be expected to participate in the USF General Education assessment effort. This might involve answering questions that measure quantitative reasoning skills (but are not directly related to the course), responding to surveys, or participating in other measurements designed to assess the FKL Core Curriculum learning outcomes.

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/1112/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/1112/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 first week of classes. There will be no exceptions.

Student Disability Policy: Any student with a disability is encouraged to meet privately with the instructor during the first week of classes to discuss accommodations. 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

Miscellaneous Policies:
* Please do not hold conversations, either with your classmates or your cell phones, during the lecture sessions. (Cell phones must be turned off at all times). The University policy on Disruption of Academic Process is explained in the Undergraduate Catalog http://www.ugs.usf.edu/catalogs/1112/pdf/DisruptionOfAcademicProcess.pdf
* Students who must miss a class period due to a major religious observance must notify the instructor of this absence, in writing, by the end of the first week of classes.

Need extra help?
You have choices!
Contact Tutoring & Learning Services
(813) 974-2713 or LIB 206 or www.usf.edu/learning

Free Tutoring (813) 974-2713

Whether you need a place to drop in for quick questions or a weekly tutor, help is available. Tutoring and Learning Services is located on the second floor of the Tampa Campus Library, LIB 206.

Free help is available in math, science, languages, reading, and study skills:

Scheduled Tutoring Weekly appointments for Math, Sciences, Foreign Languages, CPT, Accounting, Economics, and much more!

STEM Mart (Calc/Physics) Drop in tutoring for Calculus and Physics

Chemistry Center Drop in tutoring for Chemistry I, II, & Chemistry for Today

Math Center Drop in support for College Algebra, Finite Math, Liberal Arts Math, and Pre-Calc

Online Tutoring - Smarthinking
Online tutors provide help from any computer in many general education courses,
all you need is a USF NetID and password. Go to Blackboard > Academics tab

Writing Center (813) 974-8293 One-on-one writing assistance for all USF students, from first-year through graduate level, and for all stages of the writing process, from brainstorming to polishing. Visit the website to learn more: www.usf.edu/writing

Online Writing Center: Also available is writing support via Smarthinking.
Log in through Blackboard, under the Academics tab.

Study Skills Workshops
Free study skills workshops -- check the website for the schedule each semester

Courses
Reading, Writing, and Learning Strategies courses for credit – check the website for descriptions and schedules

Atomic Learning- Software Tutorials
Minute long videos and series to help learn over 130 software applications, including Adobe, Windows, Microsoft, and more!