Overview
Instructor | Dr. Armin Straub
MSPB 313 straub@southalabama.edu (251) 460-7262 (please use e-mail whenever possible) |
Office hours | R, 12:05-2:05pm; F, 10:05-2:05pm; or by appointment
These times will almost certainly change once a time for our research seminar has been set. |
Lecture | Section 701/720: F, 9:05-9:55am, in MSPB 140 (old ILB)
Section 702: F, 2:30-3:20pm, in MSPB 140 (old ILB) Section 703: R, 2:25-3:15pm, in Humanities 160 |
Midterm exam | September 28/29 during the usual class time
just pen and paper; no calculators, no notes, no other tools |
Final exam | needs to be completed until Wednesday, Dec 6 |
Text |
Calculus & Its Applications (Brief Version), 14th edition
by Goldstein, Lay, Schneider, Asmar (Pearson, 2017) Note. An ebook version of the text comes with the MyLabsPlus access code. |
Syllabus | syllabus.pdf |
MyLabsPlus | http://usouthal.mylabsplus.com |
Online questions | https://piazza.com/southalabama/fall2017/ma120 |
Getting started: checklist
Welcome to Calculus & Applications!
- Bookmark this site. This is where all the material for the course will be posted.
- Join Piazza. This is the place for all questions (which may be of interest to others). If you have not received the sign-up email, please let me know.
- Get access to MyLabsPlus. This is where homework, quizzes and three online tests will be done.
Getting help
You have several options to get help during this semester.- We will be using Piazza for online discussions and questions. Rather than emailing your question to me, you are strongly encouraged to post it on Piazza so that the whole class can join and benefit from the discussion (you have the option to post your question anonymously). You can find our class at: https://piazza.com/southalabama/fall2017/ma120
- Free tutoring for this course is provided by JagPALs. Check out the JagSuccess website for details: http://www.southalabama.edu/departments/academicsuccess/jagpals.html
- If you still have any questions, please visit me during office hours or make an appointment.
MyLabsPlus
We will use MyLabsPlus for homework, quizzes and three online tests. You are required to purchase an access code (which will also provide you with an electronic version of the textbook). See the note at Piazza for details, as well as your default login and password.
Lecture sketches and assignments
All assignments below should be completed before the next class meeting. Final due dates are available on MyLabsPlus (however, in order that I can help in case of any issues, do not wait until the due date).
Assignments and things to check out | |
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#1 | slides01.pdf (Aug 17/18)
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#2 | slides02.pdf (Aug 24/25)
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#3 | slides03.pdf (Aug 31/Sep 1)
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#4 | slides04.pdf (Sep 7/8)
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#5 | slides05.pdf (Sep 14/15)
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#6 | slides06.pdf (Sep 21/22)
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#7 | slides07.pdf (Oct 5/6)
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#8 | slides08.pdf (Oct 19/20)
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#9 | slides09.pdf (Oct 26/27)
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#10 | slides10.pdf (Nov 2/3)
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#11 | slides11.pdf (Nov 9/10)
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#12 | see previous slides for outline (Nov 16/17)
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You need to complete the 3rd online test by Friday, Dec 1 (at the very latest!).
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#13 | slides13.pdf (Nov 30/Dec 1)
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You need to complete the final exam by Wednesday, Dec 6 (at the very latest!).
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Exam practice material
To help you prepare for our in-class midterm exam on September 28/29, work through the following practice problems:
- midterm01-practice.pdf
- midterm01-practice-solution.pdf (do not look at the solutions before you have worked through the problems)
The actual exam will be considerably shorter but the problems will be taken from the practice exam (with changed numbers, of course).
Please let me know if you spot any typos! Any typo caught before it is fixed here, will be worth a bonus (an extra attempt on a quiz of your choice).
An online graphing calculator
You can easily plot functions (and do much more) using GeoGebra.
- To plot a function, just type something like
f(x)=x^2+1
(press "right" afterf(x)=x^2
to leave the exponent). You can even just typex^2+1
and the system will add a name for the function automatically. Also, press enter and then type in a second function... - To compute the derivative of
f(x)
, you just need to typef'(x)
in another field. To only compute a specific value, use something likef'(5)
.
Have fun exploring! The possibilities are endless.