Section  Day/Time  Room Location  Instructor 

1  MWF 910  Prof Jay Yang  
2  MWF 1011  Prof Blake Thornton  
3  MWF 121  Prof Blake Thornton  
4  MWF 12  Prof Jay Yang  
5  MWF 23  Prof Jay Yang 
Prof Blake Thornton Office: Cupples 1, Room 108A Email: bthornton@wustl.edu Office Hours: See Google Course Calendar 
Prof Jay Yang Office: Cupples 1, Room 203 Email: jayy@wustl.edu Office Hours: See Google Course Calendar 

Google Calendar of Math 233 Office Hours  
Math Help Room Schedule 
Name  Sections  

Acuna, RJ  rjacuna@wustl.edu  F, M, P 
Black, Alan  a.j.black@wustl.edu  G, Q 
Boshara, Eli  eboshara@wustl.edu  B, D, I 
Colovic, Ana  a.colovic@wustl.edu  K, N, S 
McClure, Ariadne  a.mcclure@wustl.edu  T, U 
Mellovitz, Brian  b.mellovitz@wustl.edu  L, O, W 
Sabando Alvarez, Cristina  c.sabandoalvarez@wustl.edu  A, C, V 
Solorio, Dillon  dillons@wustl.edu  E, J 
Zhuang, Hao  hzhuang@wustl.edu  H, R, X 
NO CALCULATOR ALLOWED FOR EXAMS
Exam Schedule  

Exam 1  Tues Sept 20, 6:308:30PM 
Exam 2  Tues Oct 18, 6:308:30PM 
Exam 3  Tues Nov 15, 6:308:30PM 
Final  Thurs Dec 15, 3:305:30PM 
Grade = 0.75*( E1 + E2 + E3 + 2*E4  min(E1, E2, E3, E4))/4 + 0.15*(WeBWork) + 0.10*(GroupWork)Basically this means that all exams are weighted equally and worth 75% of your grade. The final exam can replace your lowest semester exam. Webwork is worth 15% of your final grade, discussion sections are worth 10%. We will drop the lowest three discussion section grades, the lowest five webworks. A note on webwork grades: There may be multiple webwork assignments due every week. In computing your grade, we will scale these so they are all equally weighted and use these scaled scores for computations. A note on rounding: For example, the A interval is [90,93). This means that anything in this interval is an A (i.e., no rounding).
A+  TBA 
A  [93,infinity) 
A  [90,93) 
B+  [85,90) 
B  [80,85) 
B  [75,80) 
C+  [72,75) 
C  [68,72) 
C  [65,68) 
D  [55,65) 
F  [0,55) 
Week  Dates  Sections Covered  Notes 
1  Mon Aug 29 
1.1: R3 and Basic Graphs 

Tues Aug 30  Discussion Sections  
Wed Aug 31  1.2: Functions, Limits, Continuity  
Fri Sept 2 
1.3 Graphing and Slices 

2  Mon Sept 5  No Class: Labor Day  
Tues Sept 6  Discussion Sections  
Wed Sept 7 
1.4 Vectors and Lines 

Fri Sept 9  1.5 Dot Products, Angles and Projections  
3  Mon Sept 12 
1.6 Determinants and Cross Product 

Tues Sept 13  Discussion Sections  
Wed Sept 14  1.7 Planes  
Fri Sept 16 
2.1 Parametric Curves 

4  Mon Sept 19  Exam Review  
Tues Sept 20 
Discussion Sections
Exam 1 Sections Covered: 1.11.7 

Wed Sept 21 
2.2 Calculus of Curves 

Fri Sept 23  2.3 Coordinates: Polar, Cylindrical, Spherical  
5  Mon Sept 26  
Tues Sept 27  Discussion Sections  
Wed Sept 28  2.4 Parametric Surfaces  
Fri Sept 30 
3.1 The Derivative 3.2 Tangent Planes and Approximations 

6  Mon Oct 3  3.3 Chain Rule  
Tues Oct 4  Discussion Sections  
Wed Oct 5 
3.4 Directional Derivatives 3.5 Local Extrema 

Fri Oct 7  3.6 Global Extrema  
7  Mon Oct 10  No Class: Fall Break  
Tues Oct 11  No Discussions: Fall Break  
Wed Oct 12  3.7 Lagrange Multipliers  
Fri Oct 14  4.1 Double and Triple Integrals over Rectanglar Regions  
8  Mon Oct 17  Exam Review  
Tues Oct 18 
Discussion Sections
Exam 2 Sections Covered: 2.1  (What is covered Fri Oct 14) 

Wed Oct 19 
4.2 Double Integrals over General Regions 4.3 Triple Integrals over General Regions 

Fri Oct 21  4.4 Change of Variables  
9  Mon Oct 24  4.5 Polar Coordinates  
Tues Oct 25  Discussion Sections  
Wed Oct 26  4.6 Cylindrical Coordinates  
Fri Oct 28  4.7 Spherical Coordinates  
10  Mon Oct 31  4.8 Surface Area and Surface Integrals  
Tues Nov 1  Discussion Sections  
Wed Nov 2  
Fri Nov 4  
11  Mon Nov 7  5.1 Vector Fields  
Tues Nov 8  Discussion Sections  
Wed Nov 9  5.2 Vector Line Integrals and Work  
Fri Nov 11  5.3 Fundamental Theorem and Independence of Path  
12  Mon Nov 14  Exam Review  
Tues Nov 15 
Discussion Sections
Exam 3 Sections Covered: TBA 

Wed Nov 16  
Fri Nov 18  5.4 Surface Integrals of a Vector Field, Flux Integrals  
13  Mon Nov 21  
Tues Nov 22  Discussion Sections  
Wed Nov 23  Thanksgiving Break: NO Class  
Fri Nov 25  Thanksgiving Break: NO Class  
14  Mon Nov 28  5.5 Stokes' Theorem  
Tues Nov 29  Discussion Sections  
Wed Nov 30  
Fri Dec 2 
5.6 Green's Theorem: Stokes' Theorem for the Plane 

15  Mon Dec 5  5.7 Divergence Theorem  
Tues Dec 6  Discussion Sections  
Wed Dec 7  
Fri Dec 9  Exam Review  Last Day  
15  Dec 15 3:305:30PM 
Final Exam
Sections Covered: TBA 