Course Number 
Class Time 
Location 
Instructor 
Office Hours 
Email 
29799 
MW 12301345 
115 Harkness Hall

W 24pm, Hylan 1006 
yzeng15@ur.rochester.edu 

29800 
TR 14001515 
203 Meliora Hall 
T 11amnoon, T 4pm5, F
9:30am11, Hylan 1010 
gage@math.rochester.edu 

29811 
MW 14001515 
108 Goergen Hall 
MW 12451345 or
by appointment, 1018 Hylan Building 
xuwenchen@rochester.edu 
CRN 
Recitation Time 
Location 
TA 
Office Hours 
Email 
29751 29778 29844 
Tu1230 Tu1400 Tu1815 
Hylan 101 Hylan 305 Hylan 102 
Shouman Das 
W 18001900 @ Hylan 713 
shouman.das@rochester.edu 
29734 29866 
Th1230 Th1525 Th1650 
Hylan 305 Hylan 201 Hylan 1101 
Murat Guner 
M 14301530 @ Hylan 715 
murat.guner@rochester.edu 
29460 29562 29636 
Tu1650 Fr1105 Fr1400 
Hutch 138 Todd 202 Hylan 101 
Robert Magnus 
W 14001500 @ Hylan 718 
rmagnus@ur.rochester.edu 
30010 
Tu1525 
Hylan 102 
John Buckley 
M 18001900 @ Carlson
2nd floor by windows 
jbuckle3@u.rochester.edu 
29780 
Th1815 
Hylan 101 
Alex Johnson 
W 09001000 @ B&L
374 
ajohns73@u.rochester.edu 
29857 
Wed1650 
Morey 501 
Christopher Langfield 
W 15301630 @ Carlson
Basement 
clangfie@u.rochester.edu 

Webwork TA 
TBA 
Mark Auden 
F 12001300 @ B&L
374 
mauden@u.rochester.edu 
Recitation
and workshop signups will open Thursday, January 19th at 6:00pm. To sign up
for a workshop or recitation, go to your blackboard page. In the top right
corner, under My Organizations, you will see Spring 2017RecitationMTH164.
Click that. You will be taken to an instruction page. Please note that you may
only select one recitation time. If you have made a mistake, you will have to
be manually deleted from your incorrect choice before you can choose again.
(See the instruction page on how to do this.) This will lead to delays, and
your desired time might fill up. So choose carefully the first time.
Doublecheck before you click.
Syllabus:
Equations of lines and planes,
quadric surfaces, space curves, partial derivatives, linear approximation,
directional derivatives, extrema, Lagrange multipliers, double/triple integrals
including cylindrical and spherical coordinates. Line, surface, and volume
integrals, divergence theorem, Stokes' theorem.
Prerequisites:
MTH 143, 162, or 172.
Textbook:
Stewart's Calculus (Early
Transcendentals) 8th edition. (It is the same as 141143 and 161162. Older
editions of the textbook are fine.)
Midterm I will be at Hutchinson 141 from 0800 to 0930 on 03/02/2017. Materials covered is up to 02/23/2017. So you have one week to
review. The complain period for Midterm I is 03/06/03/23/2017 (Two weeks not
counting spring break). Please go to your professor’s office hour during this
period to check if you have been graded according to the grading guideline.
After 03/23/2017, even you were graded wrong, no corrections will be made.
(Without a deadline, nothing gets done.)
Midterm II will be at Hutchinson 141 from 0800 to 0930 on 04/06/2017. Materials covered is up to 03/30/2017. So you have one week to
review. The complain period for the Midterm II is TBA. Please go to your
professor’s office hour during this period to check if you have been graded
according to the grading guideline. After TBA, even you were graded wrong, no
corrections will be made. (Without a deadline, nothing gets done.)
The Final
is scheduled at 1600, Monday, May 8. Location: TBA. The final will have
part I and part II. If, in part I of the final, you get a higher score than
your lowest midterm, then the score in part I of the final replaces that lowest
midterm score of yours.
1. We use absolute grading
system. The cutoffs are 85% for A, 80% for A, 75% for B+, 65% for B, 60% for C+, 55% for C, 50% for C, 40% for D.
That is, if everyone gets above 85%, then everyone gets an A. To help students’
GPA, there is a wider range of B and there is no B or D+. To protect students
who get “on the edge” scores, like 84.9% in all exams, we do not use letter
grade until the final total garde.
2.
Grading of exam problems are done step by step according to the grading
guideline. Away from multiple choices, the final answer of every exam problem
has no points so you do not need to worry about a wrong simplification or
miscalculation at the last step. If a problem has multiple steps and one makes a
computational mistake in a middle step, then one receives half of the credit of
the leftover steps only if the method in the leftover steps is correct and will
yield a correct answer if the previous computational mistake was not made.
3. If you have a schedule conflict at
a midterm time, please notice your instructor at least two weeks ahead so that
we can schedule your an earlier exam.
4. If you miss one midterm, don’t
worry about it because part I of the Final will count towards that
automatically. If you miss the Final with valid excuses like illness or
emergency, you must notify the instructor and provide supporting documentation
which verifies your excuses as soon as possible. A makeup will be given in one
week of the original final. If you miss the final without a valid excuse or
supporting documentation, you will receive a score of 0 on the final and no
makeup will be given.
5. Incomplete "I" grades
are almost never given. The only justification is a documented serious medical
problem or a genuine personal/family emergency. Falling behind in this course
or problems with workload on other courses are not acceptable reasons.
6. You are responsible for knowing
and abiding by the University of Rochester's academic integrity code.
Any violation of academic integrity will be pursued according to the specified
procedures.
7. It is University of Rochester policy
to provide reasonable accommodations to students who have a documented
disability (e.g., physical, learning, psychiatric, vision, hearing, or
systemic) that may affect their ability to participate in course activities or
to meet course requirements. Students with disabilities are encouraged to
contact the Center for Excellence in Teaching and Learning and their instructor
for a confidential discussion of their individual need for academic
accommodations. The Center for Excellence in Teaching and Learning is located
in 1154 Dewey Hall.
8. Solely per student request, we are
uploading old exams for information. Please keep in mind that the old exmas MAY
NOT represent the new exam and the actual exam MAY NOT contain problems similar
to the old exams. The textbook, quizzes, and webwork are still the best sources
of exam materials. Download
Please notify your instructor of any
need for accommodations as early as possible, as it may not be possible to
honor accommodation requests made less than one week before an exam.
Week of 
Topic 
Suggested Exercises 
Related Book Sections 
1/16 
ThreeDimensional Coordinate Systems; Vectors 
12.1: 717 odd, 23, 29, 41 12.2: 19, 21, 23, 27 
12.1,
12.2 
1/23 
The Dot Product; The Cross Product 
12.3: 3, 5, 7, 15, 17, 19, 23, 29, 39, 41, 43 12.4: 1, 3, 5, 7, 19, 29, 31 
12.3, 12.4 
1/30 
Equations of Lines and Planes; Vector Functions and Space
Curves 
12.5: 1 (all), 3, 5, 13, 1939 odd, 45, 51, 53, 55, 57 13.1: 3, 5, 2126, 27, 41, 43 
12.5, 13.1 
2/6 
Derivatives and Integrals of Vector Functions; Arc Length (Up to tangent vector;
curvature is optional);
Functions of Several Variables; 
13.2: 925 odd, 35, 37, 49 13.3: 1, 3, 5, 15, 23 14.1:
13, 15, 17, 32, 43, 47, 5964, 65, 67 
13.2, 13.3,
14.1 
2/13 
Limits and Continuity, Partial
Derivatives 
14.2:
515 odd, 19, 29, 31 14.3: 1537 odd, 43, 53, 55, 59, 63, 65, 67, 71 
14.2, 14.3 
2/20 
Tangent Planes and Linear Approximations; The Chain Rule 
14.4:
1, 3, 5, 11, 13, 17, 19, 21 14.5:
133 odd 
14.4, 14.5 
2/27 
Directional Derivatives
and the Gradient Vector; Maximum and Minimum Values 
14.6: 729 odd, 41, 43, 45, 51 14.7: 1, 519 odd, 29, 3149 odd 
14.6, 14.7 
3/3 
Lagrange Multipliers; Double Integrals over Rectangles;
Iterated Double Integrals 
14.8: 311 odd, 21, 2939 odd 15.1: 11, 13, 1534 odd, 3743 odd, 4750 odd 
14.8, 15.1 
3/20 
Double Integrals over General Regions; Double Integrals in
Polar Coordinates 
15.2:
19 odd, 1521 odd, 2332 odd, 4558 odd (From here on
out, you are adviced to do every single problem in the book.) 15.3:
131 odd, 39 
15.2, 15.3 
3/27 
Triple Integrals; Triple Integrals in Cylindrical Coordinates; Triple
Integrals in Spherical Coordinates 
15.6:
321 odd, 2934 odd, 53, 55a 15.7: 16 all, 9, 1729
odd 15.8: 16 all, 9, 15,
1929 odd, 35, 39, 41 
15.6, 15.7, 15.8 
4/3 
Change of Variables in Multiple Integrals; Vector Fields;
Line Integrals 
15.9: 15 odd, 1519 odd 16.1: 1, 5, 1114, 21, 23, 29, 31 16.2: 121 odd, 39 
15.9, 16.1, 16.2 
4/10 
The Fundamental Theorem for Line Integrals; Green's Theorem 
16.3:
323 odd 
16.3 
4/17 
Curl and Divergence; Parametric Surfaces and their Areas 
16.4:
111 odd, 17 16.5:
17 odd, 1319 odd 16.6:
1, 1325 odd, 33, 35, 3949 odd 
16.4,
16.5, 16.6 
4/24 
Surface Integrals 
16.7: 531 odd 
16.7 
5/1 
Stoke’s Theorem and
Divergence Theorem 
16.8, 16.9 