College of the Holy Cross, Fall 2018

Syllabus for Math 135 (Calculus I)

Professor Hwang, (rhymes with song)

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Do not make travel plans that conflict with the midterm tests or your final exam. If an emergency prevents you from taking the final exam at the allotted time, speak to your Class Dean immediately to arrange for an incomplete grade, and to me to schedule a make-up exam.

The schedule below is subject to minor changes. Any substantial corrections will be announced by email and/or in class.

Day Date Section Topics
M Aug 27   Advising
W Aug 29 Section 1.1 Coordinates, Graphing, Distance
F Aug 31 Section 1.2 Lines, Absolute Value
M Sep 3 Section 1.2 Quadratic Polynomials
W Sep 5 Section 1.3 Power Functions, Sums and Products
F Sep 7 Section 1.3 Rational Functions
M Sep 10 Section 1.4 Cosine and Sine
W Sep 12 Section 1.4 Trigonometry
F Sep 14 Section 1.6 Exponential Functions
M Sep 17 Section 1.6 Logarithms
W Sep 19 Section 1.5 Inverse Functions
F Sep 21   Midterm 1
M Sep 24 Section 2.1 Rates of Change
W Sep 26 Section 3.1 Derivatives
F Sep 28 Section 2.3 Limit Properties
M Oct 1 Section 2.4 Continuity
W Oct 3 Section 2.4 Continuity
F Oct 5 Section 2.6 Trig Limits
M Oct 8   Fall Break
W Oct 10   Fall Break
F Oct 12   Fall Break
M Oct 15 Section 2.7 Limits at Infinity
W Oct 17 Section 2.8 The Intermediate Value Theorem
F Oct 19 Section 3.1 Derivatives Revisited
M Oct 22 Section 3.2 Derivative Rules
W Oct 24 Section 3.2 Derivative Rules
F Oct 26   Midterm 2
M Oct 29 Section 3.3 Products and Quotients
W Oct 31 Section 3.4 Differentials
F Nov 2 Section 3.5 The Mean Value Theorem
M Nov 5 Section 3.5 Second Derivatives
W Nov 7 Section 3.6 Trig Derivatives
F Nov 9 Section 3.7 The Chain Rule
M Nov 12 Section 3.7 The Chain Rule
W Nov 14 Section 3.8 Implicit Differentiation
F Nov 16 Section 3.9 Other Functions
M Nov 19   Midterm 3
W Nov 21   Thanksgiving
F Nov 23   Thanksgiving
M Nov 26 Section 4.1 Linear Approximation
W Nov 28 Section 4.2 Extreme Values
F Nov 30 Section 4.7 Optimization
M Dec 3 Section 4.8 Newton's Method
W Dec 5 Section 4.8 Newton's Method
F Dec 7   Review