MATH 241 Spring 2017
Sections 004, 007, E23
Meeting Times
Section | Schedule | Location | |
Section 004 | MWF | 1:10 PM - 2:00 PM | LeConte 405 |
Section 007 | MWF | 9:40 AM - 10:30 AM | LeConte 112 |
Section E23 | MWF | 12:00 PM - 12:50 PM | LeConte 405 |
Important deadlines you need to know
- The semester begins Monday, January 9th and ends Monday, April 24th.
- The deadline to drop/add and the last day to change credit/audit is Tuesday, January 17th. The first day in which a "W" grade is assigned is therefore Wednesday, January 18th.
- The last day to obtain a "W" grade or to elect a pass/fail grade is Thursday, March 2nd. The first day in which a "WF" grade is assigned is therefore Friday, March 3rd.
Prerequisites
A grade of C or better in MATH 142.
Text
Calculus. Early Transcendentals by George B. Thomas Jr. (custom edition for the University of South Carolina). Pearson
Thomas' Calculus Early Transcendentals Custom Edition for the University of South Carolina | Student Solutions Manual, Single Variable, for Thomas' Calculus: Early Transcendentals |
Course Structure and Grading Policies
Your final score for the course will be computed as follows:
F = 0.10 * (HW + Q + ME1 + ME2 + ME3 + ME4 + ME5) + 0.30 * FE
- Homework assignments: (up to 100 points) 10% of the course grade.
Homework problems have been assigned for each lecture (you can see them at the end of this page, under Lesson Plan). A selection of those problems are posted on MyMathLab on the day of the lecture, and will be graded.
You will have until the end of the following day to complete the assignment (e.g. what is posted on Monday is due on Wednesday at 11:59 PM; what is posted on Friday is due on Monday at 11:59 PM)
In order to register for your section of the course on MyMathLab, visit www.mymathlab.com and click on [Student]. The course ID for my sections is
blanco-silva86486
Click [here] to retrieve further registration/sign-in instructions. -
Quizzes: (up to 100 points) 10% of the course grade.
Online quizzes will be offered through MyMathLab. One every week, except the first week, weeks of a test, or the last week of classes. Occasionally, pop-quizzes may be given during lectures. -
In-class tests: (up to 100 points each) 50% of the course grade (10% each test).
There will be five in-class tests scheduled as follows:Test # Date 1 Fri, Feb 03 2 Wed, Feb 22 3 Fri, Mar 03 4 Fri, Mar 31 5 Fri, Apr 14 -
Final Exam: (up to 100 points) 30% of the course grade.
The final exams are scheduled as follows:- Section 004: Friday, April 28th, 12:30 pm
- Section 007: Friday, April 28th, 9:00 am
- Section E23: Monday, May 1st, 12:30 pm
No make-up quizzes or tests will be given. Only the following reasons are valid excuses for missing class or assignments, and must be verified by letter from a doctor, guardian or supervisor.
- Participation in an authorized University activity (such as musical performances, academic competitions, or varsity athletic events in which the student plays a formal role in a University sanctioned event)
- Required participation in military duties
- Mandatory admission interviews for professional or graduate school which cannot be rescheduled
- Participation in legal proceedings or administrative duties that require a student’s presence
- Death or major illness in a student’s immediate family
- Illness of a dependent family member
- Religious holy day if listed on www.interfaithcalendar.org
- Illness that is too severe or contagious for the student to attend class
- Weather-related emergencies
The course grade will be determined as follows:
GRADE | RANGE |
---|---|
A | 90%-100% |
B+ | 85%-89% |
B | 80%-84% |
C+ | 75%-79% |
C | 70%-74% |
D+ | 65%-69% |
D | 60%-64% |
F | below 60% |
Further Information
- Honor Code: The Honor Code applies to all work for this course. Please review the Honor Code at [this link]. Students found violating the Honor Code will be subject to discipline.
- Class notes and other additional material will be stored in Dropbox. In that case, you may need an account to retrieve it. If you do not have one already, sign-in through [this link] with your academic e-mail address to receive a base 4GB storage, plus an extra 500MB, free of charge.
- Remember to change your e-mail address on Blackboard if necessary [blackboard.sc.edu]
- Office of Student Disability Services: If you have special needs as addressed by the Americans with Disabilities Act and need any assistance, please notify the instructor immediately.
- Student Success Center:
In partnership with University of South Carolina faculty, the Student Success Center (SSC) offers a number of programs to assist you in better understanding your course material and to aid you on your path to success. SSC programs are facilitated by trained undergraduate peer leaders who have previously excelled in their courses. Resources available to students in this course include:- Peer Tutoring: You can make a one-on-one appointment with a peer tutor by going to www.sc.edu/success. Drop-in Tutoring and Online Tutoring may also be available for this course. Visit the previous website for a full schedule of times, locations, and courses.
- Success Connect: Throughout the semester, I may communicate with the SSC regarding your progress in the course. If contacted by the SSC, please schedule an appointment to discuss campus resources that are available to you. Success Connect referrals are not punitive and any information shared by me is confidential and subject to FERPA regulations.
Learning Outcomes
A student who successfully completes Vector Calculus (MATH 241) should continue to develop as an independent learner with the ability to approach problems from a conceptual viewpoint, to utilize more than one idea in a single problem, and to apply appropriate calculus skills to problems in context. In particular, the successful student will master concepts and gain skills needed to solve problems related to:
- Vectors and vector functions
- Finding equations of lines and planes
- Parametric curves
- Differentiability, continuity and limits of functions of two or more variables.
- Directional derivatives and gradients.
- Maxima and minima of functions of more than one variable.
- Double integrals
- Over rectangular regions
- Over non-rectangular regions
- In polar coordinates
- Triple Integrals
- Over rectangular regions
- In Cylindrical coordinates
- In Spherical coordinates
- Line Integrals
- Green’s Theorem
Lesson plan
- First part: Vector functions
- Mon Jan 09: 12.1: Coordinates in 3-space, distance
[p.707 #1--16, 25--29, 47--58] - Wed Jan 11: 12.2: Vectors
[p.716 #1--9, 11, 12, 17--22] - Fri Jan 13: 12.3: Dot product, projections
[p.724 #1--14] - Wed Jan 18: 12.4: Cross and triple products
[p.730 #15--18, 23, 24, 35--48] - Fri Jan 20: Review
- Mon Jan 23: 12.5: Equations of lines and planes
[p.738 #1--11, 21--25, 27--30, 33--44, 47,48, 53--62] - Wed Jan 25: 12.5: Equations of lines and planes. Angles
- Fri Jan 27: 12.5: Equations of lines and planes. Intersections
- Mon Jan 30: 12.5: Equations of lines and planes. Distances
- Wed Feb 01: 12.6: Cylinders and Quadratic surfaces
[p.744 #1--44] - Fri Feb 03: First Test---sections 12.1--12.6
- Mon Jan 09: 12.1: Coordinates in 3-space, distance
- Second Part: Functions of several variables
- Mon Feb 06: 13.1 and 13.2: Vector functions, derivatives and integrals
[p.757 #1--8, 15--22] - Wed Feb 08: 13.3, 13.4 and 13.5: Length, Curvature, Tangential and Normal components of acceleration.
[p.771 #1--8. p.777 #1--4, 9--14. p.783 #7--14] - Fri Feb 10: 14.1 and 14.2: Intro to functions of several variables. Limits and Continuity.
[p.799 #1--29] - Mon Feb 13: 14.1 and 14.2: Intro to functions of several variables. Limits and Continuity.
[p.807 #1--7, 9--20, 41--43, 45--48, 61,63,64,66] - Wed Feb 15: 14.2. Limits and continuity.
- Fri Feb 17: 14.3: Partial derivatives, higher order partials, mixed partials
[p.819 #1--19, 23--32] - Mon Feb 20: 14.5: Directional derivatives, gradients
[p.838 #1--5, 7--13] - Wed Feb 22: Second Test---sections 13-1--13.5, 14.1--14.3, 14.5
- Fri Feb 24: 14.5 and 14.6: Tangent Planes. Extreme values and Saddle Points
[p.845 #9--12, p. 1--30] - Mon Feb 27: 14.7: Finding Absolute Extrema
[p.855 #31--37] - Wed Mar 01: 14.7: Finding Absolute Extrema
- Fri Mar 03: Third Test---sections 14.5--14.7
- Mon Feb 06: 13.1 and 13.2: Vector functions, derivatives and integrals
- Third Part: Integration
[Review of Integration techniques]- Mon Mar 13: 15.1 and 15.2: Double integrals over rectangles, Iterated integrals
[p.886 #1--34] - Wed Mar 15: 15.2: Double integrals over general regions.
[p.894 #1--26, 33-43, 45, 47--52, 54] - Fri Mar 17: 15.2: Double integrals over general regions.
- Mon Mar 20: 15.3: Area by Double Integration.
[p.899 #1--16] - Wed Mar 22: 15.4: Double integrals in polar form.
[p.905 #9--11, 13--18, 20, 23, 27, 31] - Fri Mar 24: 15.4: Double integrals in polar form.
- Mon Mar 27: 15.5: Intro to Triple integrals.
[p.912 #3, 7, 11, 12, 17, 18] - Wed Mar 29: 15.5: Intro to Triple integrals.
[p.912 #10, 11, 13--16, 21, 23--28] - Fri Mar 31: Fourth Test---sections 15.1--15.5
- Mon Apr 03: 15.7: Cylindrical and Spherical coordinates
- Wed Apr 05: Classes canceled
- Fri Apr 07: 15.7: Triple integrals in cylindrical coordinates
[p.930 #1--10,13,15,16,18] - Mon Apr 10: 15.7: Triple integrals in spherical coordinates
[p.931 #21--26,33,37,38] - Wed Apr 12: 15.7: Triple integrals in spherical coordinates
[p.932 #39,40,41,43--48,51--62] - Fri Apr 14: 15.8: Change of variables in multiple integrals
- Mon Apr 17: Fifth Test---sections 15.7 and 15.8
- Mon Mar 13: 15.1 and 15.2: Double integrals over rectangles, Iterated integrals
- Fourth Part: Green's Theorem
- Wed Apr 19: 16.1, 16.2: Intro to Vector fields and Line integrals
- Fri Apr 21: 16.3: The Fundamental Theorem for Line integrals
- Mon Apr 24: 16.4: Green's Theorem (in the plane)