http://math.okstate.edu/people/lebl/osu2153-s23/

**Lecture:**
MWF 11:30am–12:20pm,
North Classroom Building
313

The main text we will follow (and which you probably already have) is:

Jon Rogawski, Colin Adams, Robert Franzosa, *Calculus: Early Transcendentals*, Fourth Edition, 2019,
W. H. Freeman and Company.

Other editions are fine, chapter/section numbers might be different, but *you need to have the Achieve access code*.

We will be covering things from chapters 7–11

It's always useful to have some other sources. The following are free online:

Gregory Hartman,
*APEX Calculus* (http://www.apexcalculus.com) (PDF).

The corresponding material is very roughly chapters 6–9, which is mostly contained in the 2nd volume of version 4.0
(you can get a printed
copy for $15).

Lars Jensen,
*
Active Calculus* (https://activecalculus.org/single/) (webpages).

Many interactive practice exercises.

Paul Dawkins, *Paul's Online Notes - Calculus II (http://tutorial.math.lamar.edu/Classes/CalcII/CalcII.aspx)* (webpages).

Jiří Lebl
**Web:** http://math.okstate.edu/people/lebl/
**Office:**
MSCS 505

**Office hours:**

M 1:30–2:20pm, my office,

W 1:30–2:20pm, MLSC main room (5th floor of library),

F 2:30–3:20pm, my office,

and by appointment at other times.

**Office phone:** (405) 744-7750

**Email:**
lebl at okstate dot edu

We continue what you started in the first semester of calculus. We will go through more advanced integration techniques, including numerical integration and some applications. We will look at sequences, series, and in particular the power series expansion of functions. We will end with a little bit of geometry in the plane.

**Prerequisites:**
Calculus I with grade C or better.

Grade distribution is as follows:

**10%** — Each of 3 in class exams.

**30%** — Final exam

**20%** — Your best exam score (either one of the midterm exams or the final)

**10%** — Quizzes.

**10%** — Achieve.

As usual, 90% and above guarantees an A, 80% and above a B, 70% a C, and 60% and above a D. Curve will be applied at the end if needed, and so those cutoff percentages could move downwards, but only if it is deemed necessary.

Exam 1: Wednesday, Februrary 15, (in class)

Exam 2: Wednesday, March 22, (in class)

Exam 3: Wednesday, April 26, (in class)

Final exam: (as per university schedule) Monday, May 8th, 10:00am–11:50am, same room as class.

Quizzes will be in-class. They will be short, 10 minutes or so. I will try to do one weekly. Lowest 2 quiz scores will be dropped.

Quizzes will be out of 25 points. Two questions, 10 points each, plus 5 points for turning the quiz in (even if it is empty).

On most questions, the "answer" that is being graded is actually your work, so points may/will be taken off for incomplete or illegible work. This includes missing or incomplete notation, don't take shortcuts! E.g., don't forget all those \(=\) signs, don't forget the \(dx\)s etc.

Nongraphing calculators are allowed on the quizzes or exams. But trust me, you will not need them, and from experience in this sort of class, they just slow you down.

One sheet (letter size) of hand-written notes will be allowed on exams.
Feel free to use both sides. This is only for exams.
Notes are **not** allowed on quizzes.

Exams/quizzes will be graded/returned through gradescope, see below.

Homework will be done on Achieve:

https://achieve.macmillanlearning.com/start

Your book came with access to Achieve.

The invite link to the course is on canvas (as an announcement).

We will be using Gradescope (http://gradescope.com) for all exams and quizzes. I'll add you to the class after the first week or so, and you'll get an email on how to log in. This is where you will be able to view your graded exams/quizzes when I am done grading.

Very roughly the plan is to cover the following sections:

**Chapter 7:** 7.1, 7.2, 7.3, 7.5, 7.6, 7.7, 7.8

**Chapter 8:** 8.3

**Chapter 10:** 10.1, 10.2, 10.3, 10.4, 10.5, 10.6, 10.7, 10.8

**Chapter 11:** 11.1, 11.2, 11.3, 11.4

The Mathematics Learning Success Center (MLSC) offers a free drop-in tutoring,
no appointments necessary, at our physical location on the 5th floor of Edmon
Low Library. Our hours are: Sunday 1:00 PM to 9:00 PM, Monday–Thursday 9:00 AM
to 9:00 PM, and Friday 9:00 AM to 5:00 PM. MLSC tutors are trained to help you
become an independent learner, so please bring your course materials and come
ready to engage with the mathematics. You may also **chat online with an MLSC
tutor** on our Discord Server during our hours of operation. After hours,
students can post questions in the chat channels and tutors will respond when
the MLSC reopens. Information for how to log on to the MLSC Discord server and
information about other services are located on our website.

See the official syllabus attachment, for some more information, like deadlines and some university-wide policies.

Wolfram Alpha (http://www.wolframalpha.com). It's like Google for math.

Speaking of Google: try typing something like `x^2-y^2`

.

Although no, Google will not likely solve your homework problems for you. Even if it did, it would not be a good idea. The reason for doing the homework is to learn how to do it. If you simply try to find solutions online, and did manage to find them, you will not learn anything and you will see the result of this on the exams.

If you want to type math, I recommend learning LaTeX. Best way to do that is to use Overleaf online.

For those more technically inclined, I recommend learning SageMath. You can use it online at CoCalc.