Syllabus Sections
Publish Date
05/26/2011 11:11:26
Trigonometry
MATH1316
Summer 2011
05/23/2011  08/08/2011
Course Information
Section 006
Lecture
TTh 17:00  18:50
RVSG 9135
Carmen McCulloughPannell
Office Hours

T Th
4pm  5pm
RVSG 9139
Course Requirements
COURSE EVALUATION/GRADING SCHEME
“A” = 89.5% – 100%
“B” = 79.5% – 89.4%
“C” = 69.6% – 79.4%
“D” = 59.5% – 69.5%
“F” = less than 59.5%
Tests – 75% Homework – 15% Quizzes – 10%
COURSE POLICIES
Homework
Homework constitutes an integral part of my teaching. Homework questions are discussed in class upon request during the first 5 – 10 minutes of class. Your chances of success are enhanced by independently completing homework assignments in a timely fashion. Earlier homework assignments should be frequently reviewed and reattempted. Ultimately the student must develop deeper understanding by independent study and thought! Homework is assigned every Tuesday and due the following Tuesday. All work must be shown on all homework problems.
Tests/Quizzes
A short quiz will be given every Thursday in class excluding the first Thursday and the last Thursday, and will include similar problems to those you will see on the next test. You will get to drop the three lowest quiz grades. Tests 1 – 3 will be taken in the testing center. You will have two days to take the test in the RVS testing center at your own leisure. If this class time is the only time you have available, you will still be counted present through the time written on your testing slip in the testing center. Please visit blackboard for any notes you missed. The final exam will be during class on Thursday August 08^{th}.
Missed Exam/Quiz Policy
If you miss a test or make a low grade on a test for one of Tests 1, 2, or 3, one makeup test will be provided in the Testing Center, covering all material through Chapter 6. It may be used to replace only one of the Test 1, 2 or 3 grades and must be taken no later than 08/01/2011. Since the lowest three quiz grades will be dropped, there are no makeups/retakes for a quiz.
Attendance Policy
5 absences + Failing grade = Instructor Initiated withdrawal
Students who miss 5 classes before the July 25^{th} withdrawal deadline that have grades that are below a 60 average will be dropped. Perfect attendance will be awarded with 3 points added to your final grade. If you miss 5 classes and your grade drops below average, you will need to provide documented excuse for all absences before July 25^{th} to remain in the course. Students are responsible for information missed due to absence. Notes are posted on blackboard after class and should be viewed before returning to class after missing. I will not review information a student has missed when it is used in new examples the next class day. It is up to the student to learn information that was taught in their absence.
Readings
REQUIRED TEXTS/MATERIALS
Text: Trigonometry, by Lial, Hornsby and Schneider, 9^{th}edition (ISBN 0321528859)
Optional materials:
MyMathLab online software (includes an electronic version of the text, multimedia learning aids such as videos and animations, and practice tests that generate a personalized study plan) To use MyMathLab, you'll need your own access number and the Course ID. Students in MATH 1316 who use this software use the course IDacc45960.
Student Solution Manual, 9^{th}ed. (ISBN: 0321530403)
Purchase options:
Purchase the required textbook alone, either used or new, from a local bookstore.
The publisher provides a value package to the bookstores for the same price as the new textbook alone. The value package includes a new copy of the required text, the Student Solution Manual, MyMathLab software, a review of algebra, and a digital video tutor. These will be available in the local bookstores. The ISBN for this package is 0321536002
MyMathLab can be purchased alone online from http://www.mymathlab.com/buying.html
Course Subjects
MATH 1316 TRIGONOMETRY (330). This course is designed for students majoring in mathematics, science, engineering, or certain engineeringrelated technical fields. Content includes the study of trigonometric functions and their applications, trigonometric identities and equations, vectors, polar coordinates and equations, and parametric equations. Prerequisites: MATH 1314 with a C or better. A second option is an appropriate secondary school course (one semester of precalculus or trigonometry) and a satisfactory entrance score on ACC's Mathematics Assessment Test. A third option is an appropriate higher score on ACC's Mathematics Assessment Test. (MTH 1753) Course Type: T
Chapters 1 – 8
Students must be able to use these without notes: basic trig definitions; Pythagorean identities; quotient identities; values of trig functions at all quadrantal angles and angles with reference angles of 30^{0}, 45^{0}, or 60^{0}; arc length formula; all six basic trig graphs; for sine and cosine functions: all sum and difference and double angle formulas; the law of sines; and the law of cosines.
Calculators in this class:
Bring a calculator with trig functions to class every day. Some acceptable calculators cost as little as $7. You are required to use graphing technology in some sections of the text. Some free computer software is available or you may use a graphing calculator for those problems. You will need to choose which graphing technology you plan to use within the first week of the semester and start to use it in the second week. I will be able to answer questions about Winplot and the Texas Instruments TI83. If you have a different graphing calculator, bring your Manual when you have questions and I’ll help you find what you need.
Calendar with Testing Schedule:
weeks 
Sections 
Test Schedule 
1 – 3 
1.1  1.4, 2.1 – 2.5 
Test 1 must be completed in the testing center by 06/17/2011 
4 – 5 
3.1 – 3.4, 4.1 – 4.5 
Test 2 must be completed in the testing center by 06/30/2011 
6 – 8.5 
5.1 – 5.6, 6.1 – 6.4 
Test 3 must be completed in the testing center by 06/21/2011 
8.5 – 11 
7.1 – 7.5, 8.2 – 8.6 (8.2 – 8.4 only if time permits) 
Test 4 is in class on 08/04/2011 
Student Learning Outcomes/Learning Objectives
Calculators in this class:
Bring a calculator with trig functions to class every day. Some acceptable calculators cost as little as $7. You are required to use graphing technology in some sections of the text. Some free computer software is available or you may use a graphing calculator for those problems. You will need to choose which graphing technology you plan to use within the first week of the semester and start to use it in the second week. I will be able to answer questions about Winplot and the Texas Instruments TI83. If you have a different graphing calculator, bring your Manual when you have questions and I’ll help you find what you need.
Instructional Methodology:
This course is taught in the classroom as a lecture/discussion course.
Classroom lectures/discussions will go quickly over the prerequisite and introductory material in order to have time to adequately discuss the harder material. Students are encouraged to skim each chapter before it is covered in class and practice a few of the beginning problems in each section by following the examples.
Course Rationale
This course, intended for mathematics, science, and engineering majors, is designed to prepare students for the calculus sequence. The six trigonometric functions are studied with the goals of developing a deeper understanding of both general function behavior and periodic function behavior, exploring those applications that have trigonometric models, and acquiring further proficiency with symbol manipulation.
Next courses:
MATH 1316 Trigonometry to MATH 2412 Precalculus to MATH 2413 Calculus I
Departmental Course objectives:
 Compute the values of the six trigonometric functions for key angles measured in both degrees and radians.
 Graph all six trigonometric functions and their transformations.
 Use the basic trigonometric identities to verify other trigonometric identities.
 Solve trigonometric equations.
 Solve right and oblique triangles.
 Plot points and graph equations in the polar coordinate system.
 Graph pairs of parametric equations.
 Use the concepts of trigonometry to solve applied problems.