Math 121: Engineering Calculus I

MATH 121 covers differentiation and integration of algebraic and trigonometric functions, with applications to physical sciences and engineering. The course will be comprised of a series of "mini-units" focusing on fundamental calculus topics. Each mini-unit will involve a motivating exploration of one or more relevant, real-world problems, followed by a sequential development of the mathematical tools needed to solve them. Once this computational and theoretical framework is in place, the original problems will be revisited and related problems will be considered.

Coordinator: Bozenna Pasik-Duncan
Telephone: (785) 864-5162
Email: bozenna@math.ku.edu
Office: 503 Snow Hall

Important Information About Common Exams!

  • There will be three common exams for all 14 sections of the course:

  • All students with no exceptions are expected to take the Final Exam on Thursday, December 19 at 4:30 p.m.

  • Room assignments for the Final Exam are as follows:
    • 1001 Malott (seating 160 students) for the sections of Bennet Goeckner, Cody Clifton, and Theodore Lindsey.
    • 1005 Haworth (seating 170 students) for the sections of Joel Klipfel and Zachary Flores.
    • Eaton 2 (Engineering Building, seating 231 students) for the sections of Christina Watts, Cuong Ngo, and Hongjuan Zhou.

  • If a student misses the Final Exam due to an emergency, he/she must contact KU and the Course Coordinator immediately following the incident. The student must provide well-documented justification for his/her absence. The Coordinator's e-mail address is bozenna@math.ku.edu

  • Each student must bring photo identification and a pen/pencil to the Final Exam. No other items are allowed in the testing room; in particular, calculators, phones/tablets/laptops, books, notes, purses, and backpacks should either be left at home or placed on the side of the testing room.

Final Exam Preparation: Information, Materials & Resources

  • Sample Final Exam (solutions).

  • Practice Problems:

  • Review all Illustrative Examples listed in the Message "RE: Final Exam."
    •
  • Attend the 3 Review Sessions that will be offered by Professor Pasik-Duncan during Finals Week:
    • Monday, December 16, from 4:30 - 6:00 p.m., in 120 Budig Hall.
    • Tueday, December 17, from 4:30 - 6:00 p.m., in 120 Budig Hall.
    • Wednesday, December 18, from 1:30 - 3:00 p.m., in 120 Budig Hall.

  • Each student may prepare one (double-sided) 3"x5" note card for use during the Final Exam!
    •
  • There will be a one-page Essay Question on the Final Exam about "My favorite topic from Math 121, Fall 2013."
    •
  • Showing your work will be required for every question on the Final Exam, including Multiple Choice questions.
    •

Great Opportunities for Undergraduate Students Interested in Applying Math Skills to Real World Problem Solving!

Announcements

Messages



Peer Tutoring



Help Rooms & Office Hours



Materials



Resources

Important Dates

August 26: First day of classes
September 2: Labor Day (no classes)
September 16: Last day to drop a class with no repercussions
September 23: Last day to enroll/add/increase credits for Fall 2013
October 8: Exam 1 (5:45 - 7:45 p.m.)
October 11: Online Gateway Exam deadline
October 12 - 15: Fall break (no classes)
October 25: In-lab Gateway Exam deadline
November 6: Exam 2 (5:45 - 7:45 p.m.)
November 20: Last day to withdraw from a course with a 'w'
November 27 - December 1: Thanksgiving break (no classes)
December 12: Last day of classes
December 13: Stop day (no classes)
December 19: Final Exam (4:30 - 7:00 p.m.)

Point Distribution

Homework: 100
Quizzes: 100
Gateway Exam: 30
Attendance: 70
Exam 1: 200
Exam 2: 200
Final Exam: 300
Total: 1000

Instructor Information

Large Lecture Instructor / Course Coordinator Class # Time Place
Prof. Bozenna Pasik-Duncan 23592 MWF 1:00 - 1:50 PM BUD 120
Yufei Yu (assistant) Help Room M 12-1, 3-3:30
T 11-12, 1-2
W 2-3
R 11-12:30
F 10-12		 ANSCHUTZ 439

Lecture Section Instructors Class # Time Place
Cody Clifton 23591 MTWRF 8:00 - 8:50 AM SNOW 301
Theodore Lindsey 18999
19801		 MWF 11:00 - 11:50 AM
TR 11:00 - 12:15 PM		 SNOW 306

Lab Section Instructors Class # Time Place
Zachary Flores 13498
17439		 WF 10:00 - 10:50 AM
WF 11:00 - 11:50 AM		 SNOW 152
HAW 2046
Bennet Goeckner 22315
23593		 TR 10:00 - 10:50 AM
TR 12:00 - 12:50 PM		 LEA 3154
ST 358
Joel Klipfel 21204
22316		 TR 9:00 - 9:50 AM
TR 11:00 - 11:50 AM		 WES 4067
ST 358
Cuong Ngo 23594
23595		 TR 1:00 - 1:50 PM
TR 3:00 - 3:50 PM		 ST 358
SNOW 156
Christina Watts 20201
19265		 WF 12:00 - 12:50 PM
WF 2:00 - 2:50 PM		 SNOW 156
SNOW 152
Hongjuan Zhou 13500
13499		 WF 9:00 - 9:50 AM
WF 11:00 - 11:50 AM		 SNOW 156
SNOW 156

Homework Assignments
HW # Assignment Due Date
#1(a) Paper HW #1.

1.1: 34, 40.
1.2: 26.
1.3: 40, 44.

This assignment will be collected at the beginning of the lab/class section on Thursday, September 5 (for TR lab sections) or Friday, September 6 (for all other sections). 		9/5/2013

or

9/6/2013
#1(b) Online HW #1.

1.1: 26, 30, 44, 58, 68, 72.
1.3: 30, 36, 45, 50.
9/6/2013
- Optional (recommended, but not required) online problems for additional practice:

1.1: 28, 29, 46, 54, 59, 70.
1.2: 22.
1.3: 48.
1.4: 3, 9.
-
#2(a) Paper HW #2.

1.5: 6, 16, 23.
1.6: 40, 52.

This assignment will be collected at the beginning of the lab/class section on Thursday, September 12 (for TR lab sections) or Friday, September 13 (for all other sections). 		9/12/2013

or

9/13/2013
#2(b) Online HW #2.

1.5: 1, 3, 18, 20, 21.
1.6: 51, 54, 56, 59, 60.		 9/13/2013
- Optional (recommended, but not required) online problems for additional practice:

1.5: 11, 24, 26, 28, 29.
1.6: 1, 3, 7, 19, 47.
 -
#3(a) Paper HW #3.

Writing Project: "My Reflections from The First Three Weeks of Math 121, Fall 2013."

Prepare a short, typed essay focusing on your experiences in Math 121 through the first three weeks of the semester. The score for this essay will be either 0 points or 10 points, with 10 points being awarded for a typed, well-written essay of between 300 and 500 words, and 0 points being given for anything that does not meet these criteria (in particular, submissions that are hand-written and/or shorter than 300 words will receive a score of 0).

This assignment will be collected at the beginning of the lab/class section on Thursday, September 19 (for TR lab sections) or Friday, September 20 (for all other sections). 		9/19/2013

or

9/20/2013
#3(b) Online HW #3.

2.2: 6, 13.
2.3: 8, 10, 18, 22, 38.
2.4: 36.
2.5: 22, 35. 		9/20/2013
- Optional (recommended, but not required) online problems for additional practice:

2.2: 30.
2.3: 16, 24, 27, 37.
2.4: 35, 51.
2.5: 14, 31, 40. 		-
#4(a) Paper HW #4.

2.7: 51.
3.1: 2.
3.2: 51, 52.
3.3: 34.

This assignment will be collected at the beginning of the lab/class section on Thursday, September 26 (for TR lab sections) or Friday, September 27 (for all other sections). 		9/26/2013

or

9/27/2013
#4(b) Online HW #4.

2.6: 27, 34.
3.1: 10, 20, 52.
3.2: 4, 6, 30.
3.3: 20, 27.		 9/27/2013
- Optional (recommended, but not required) online problems for additional practice:

3.1: 12, 19, 23, 24.
3.2: 5, 13, 31.
3.3: 7, 21.
3.4: 5.
 -
#5(a) Paper HW #5.

3.4: 14, 18.
3.5: 54.
3.6: 34.
3.7: 4.

This assignment will be collected at the beginning of the lab/class section on Thursday, October 3 (for TR lab sections) or Friday, October 4 (for all other sections). 		10/3/2013

or

10/4/2013
#5(b) Online HW #5.

3.4: 28, 32, 50.
3.5: 21, 24.
3.6: 20, 28.
3.7: 14, 18, 38.		 10/4/2013
- Optional (recommended, but not required) online problems for additional practice:

3.4: 44, 52, 64, 70.
3.5: 17, 31, 54.
3.6: 24, 39.
3.7: 42.
 -
#6(a) Paper HW #6.

3.8: 17.
3.9: 27.
4.1: 3.
4.2: 51, 53.

This assignment intentionally covers material that may require some "independent study."

This assignment will be collected at the beginning of the lab/class section on Thursday, October 17 (for TR lab sections) or Friday, October 18 (for all other sections). 		10/17/2013

or

10/18/2013
#6(b) Online HW #6.

3.8: 7, 9.
3.9: 5, 15, 25.
4.1: 4, 5.
4.2: 43, 45, 49.		 10/18/2013
- Optional (recommended, but not required) online problems for additional practice:

3.8: 15, 20, 30.
3.9: 17, 23.
4.1: 11, 13, 23.
4.2: 47, 50.
 -
#7(a) Paper HW #7.

4.3: 16, 18, 58.
4.4: 8.
4.5: 64.

This assignment will be collected at the beginning of the lab/class section on Thursday, October 24 (for TR lab sections) or Friday, October 25 (for all other sections). 		10/24/2013

or

10/25/2013
#7(b) Online HW #7.

4.3: 24, 33, 35, 36, 60.
4.4: 1, 28.
4.5: 28, 38, 40.		 10/25/2013
- Optional (recommended, but not required) online problems for additional practice:

4.3: 2, 6, 28, 32.
4.4: 11, 12.
4.5: 8, 10, 14, 30.
 -
#8(a) Paper HW #8.

4.6: 10, 25, 31.
4.7: 8.
4.8: 44.

This assignment will be collected at the beginning of the lab/class section on Thursday, October 31(for TR lab sections) or Friday, November 1 (for all other sections). 		10/31/2013

or

11/1/2013
#8(b) Online HW #8.

4.6: 3, 6, 8, 12, 23.
4.7: 5, 11.
4.8: 28, 34, 36.		 11/1/2013
- Optional (recommended, but not required) online problems for additional practice:

4.6: 14, 24, 26, 28, 34.
4.7: 12, 14.
4.8: 31, 33, 35.
 -
#9(a) Paper HW #9.

5.2: 3, 42.
5.3: 28.
5.4: 16.
5.5: 34.

This assignment will be collected in lecture on Monday, November 4 for all sections.		 11/4/2013

#9(b) Online HW #9.

5.2: 2, 34.
5.3: 18, 26.
5.4: 8, 10.
5.5: 24, 26, 28, 32.		 11/4/2013
- Optional (recommended, but not required) online problems for additional practice:

5.2: 4, 43.
5.3: 44, 46.
5.4: 12, 14.
5.5: 11, 13, 14, 17.
 -
#10(a) Paper HW #10.

5.6: 14.
5.7: 24.
5.8: 4.
5.9: 8
5.10: 22.

This assignment will be collected at the beginning of the lab/class section on Thursday, November 14 (for TR lab sections) or Friday, November 15 (for all other sections).		 11/14/2013

or

11/15/2013
#10(b) Online HW #10.

5.6: 4, 8.
5.7: 22.
5.8: 16, 18.
5.9: 7.
5.10: 16, 23, 24, 26.		 11/15/2013
- Optional (recommended, but not required) online problems for additional practice:

5.6: 15, 19.
5.7: 24.
5.8: 4.
5.9: 10.
5.10: 7, 8, 9, 10, 30.
 -
#11(a) Paper HW #11.

6.1: 10.
6.2: 8.
6.3: 6.
6.4: 8.
6.5: 4.

This assignment will be collected at the beginning of the lab/class section on Thursday, November 21 (for TR lab sections) or Friday, November 22 (for all other sections).		 11/21/2013

or

11/22/2013
#11(b) Online HW #11.

6.1: 8, 11.
6.2: 4, 16.
6.3: 3, 9.
6.4: 5, 7.
6.5: 2, 3.		 11/22/2013
- Optional (recommended, but not required) online problems for additional practice:

6.1: 7, 17.
6.2: 10, 13.
6.3: 5, 7.
6.4: 8, 10
6.5: 7, 12.
 -
#12(a) Paper HW #12 -- Last Paper HW!

6.6: 12, 48.
6.7: 4.
6.8: 6, 7.

This assignment will be collected at the beginning of the lab/class section on Thursday, December 5 (for TR lab sections) or Friday, December 6 (for all other sections).		 12/5/2013

or

12/6/2013
#12(b) Online HW #12 -- Last Online HW!

6.6: 1, 6, 17, 43, 45.
6.7: 3, 7.
6.8: 3, 5, 8.		 12/6/2013

Class Meetings
Class # Class Outline/Overview Date
#1
  • Introduction to the course and its teaching/learning team.
  • Seating Assignments.
  • Introduction to WebAssign and E-book.
  • Overview Course Syllabus and Webpage.
  • Question/Answer Session.

  • Reading Assignment: read Sections 1.1 - 1.3 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 8/26/2013
#2
  • Sections 1.1 - 1.3, with the focus on: functions, different ways of describing them, their domain and range, properties and some special types of functions such as the absolute value and piecewise functions.
  • Demonstrating a few online practice quizzes.

  • Reading Assignment: read Section 1.4 before the next lecture.

  • Recommended: Take online practice quizzes after reading Section 1.4.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 8/28/2013
#3
  • Section 1.4, with the focus on using graphing calculators and/or computers.
  • Demonstrating a few illustrative examples.
  • Group problem solving session.

  • Reading Assignment: read Sections 1.5 - 1.6 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 8/30/2013
#4
  • Inverse function, exponential and logarithmic functions (Sections 1.5 - 1.6).
  • Group problem solving session.

  • Reading Assignment: read Sections 2.1 - 2.2 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 9/4/2013
#5
  • The limit of a function (Section 2.2).
  • Group problems solving session.

  • Reading Assignment: read Sections 2.3 - 2.4 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 9/6/2013
#6
  • Calculating the limits of functions and introducing continuity of a function (Sections 2.3 - 2.4).

  • Reading Assignment: revisit Sections 2.1 - 2.4 and read Section 2.5 before the next lecture.

  • Recommended: Take more online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 9/9/2013
#7
  • Review the limits of functions and continuity of functions (Sections 2.1 - 2.5).
  • Interactive problem solving session.

  • Reading Assignment: read Sections: 2.6 - 2.8 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 9/11/2013
#8
  • Introduction to derivatives and rate of change (Sections 2.6 - 2.8).
  • The derivative as a function. Focus on good understanding of differentiability and continuity as a necessary condition for differentiability.
  • Interactive discussion in groups focused on creating illustrative examples of functions that are continuos but not differentiable.
  • Illustrative example of a function that is continous everywhere but nowhere differentiable.

  • Reading Assignment: with a better understanding of the derivative, revisit Sections 2.6 - 2.8 before the next lecture.

  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 9/13/2013
#9
  • Limit Definition of the Derivative: Finding Derivatives the Hard Way.
  • Introduction to Differentiation Rules: Finding Derivatives the Easier Way (Chapter 3).
  • Overview, and instruction for preparation for the Gateway Exam.

  • Reading Assignment: Read Sections 3.1 - 3.2 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 9/16/2013
#10
  • Sections 3.1 - 3.2 with the focus on basic rules of differentiation: power rule, product rule, and quotient rule.

  • Reading Assignment: Read Section 3.3 before the next lecture.

  • Recommended: Take online practice quizzes after reading Section 3.3.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 9/18/2013
#11
  • Derivatives of Trigonometric Functions (Section 3.3) and Introduction to the Chain Rule (Section 3.4).
  • Demonstrating a few illustrative examples.
  • Group problem solving session.

  • Reading Assignment: Read Sections 3.4 - 3.5 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 9/20/2013
#12
  • Implicit Differentiation and Finding a Tangent Line implicitly (Section 3.5).

  • Reading Assignment: Read Sections: 3.5 - 3.6 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 9/23/2013
#13
  • Sections 3.6, with the focus on: inverse trigonometric functions and their derivatives.

  • Reading Assignment: Read Section: 3.7 before the next lecture.

  • Recommended: Take online practice quizzes after reading Section 3.7.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 9/25/2013
#14
  • Section 3.7 on Derivatives of Logarithmic Functions and Logarithmic Differentiation.
  • Reviewing Sections 3.1 - 3.7.
  • Demonstrating a few illustrative examples.
  • Group problem solving session.

  • Reading Assignment: Read Sections 3.8 - 3.9 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 9/27/2013
#15
  • Applications of Derivatives: Rates of Change in the Natural and Social Sciences (Section 3.8) and Linear Approximations and Differentials (Section 3.9).

  • Reading Assignment: Review ALL Sections 3.1 - 3.9 before the next lecture.

  • Recommended: Continue taking online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 9/30/2013
#16
  • Introduction to Chapter 4: Applications of Differentiation, with the focus on: Related Rates (Section 4.1) and Extrema (Section 4.2).

  • Reading Assignment: Read Sections 4.1 - 4.2 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 10/2/2013
#17
  • Continuation of Applications of Differentiation, with the focus on: Related Rates (Section 4.1) and Extrema (Section 4.2).

  • Reading Assignment: Revisit Sections 4.1 - 4.2 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 10/4/2013
#18
  • Review for Exam I – Very Important Class Meeting!

  • Reading Assignment: Revisit ALL Sections 1.1 - 4.2 before Exam I.
 10/7/2013
#20
  • Special additional review session for Exam I: 5:45 - 7:45 p.m. in 120 Budig Hall.
 10/7/2013
#21
  • The Evening Exam I: 5:45 - 7:45 p.m. in 120 Budig Hall – DON'T MISS IT!
 10/8/2013
#22
  • Review after Exam I and Introduction to Graphing of Functions – Very Important Class Meeting!

  • Reading Assignment: Read Sections 4.3 - 4.4 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 10/9/2013
#23
  • No Class Meeting due to the Evening Exam I being held outside of regular class meetings.

    •
  • No HW assignment.

    •
  • Enjoy the Fall Break!
10/11/2013
#24
  • Section 4.3 on Extrema and Points of Inflection.

  • Reading Assignment: Revisit Sections 4.4 - 4.5 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 10/16/2013
#25
  • Graphing with Calculus, Sections 4.4 and 4.5.

  • Reading Assignment: Read Sections 4.5 - 4.6 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 10/18/2013
#26
  • Optimization Problems, Section 4.6.

  • Reading Assignment: Revisit Section 4.6 and read Section 4.7 before the next lecture.

  • Recommended: Take online practice quizzes after reading Section 4.7.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 10/21/2013
#27
  • Continuation of Optimization problems, Section 4.6.
  • Reviewing Sections 4.1 - 4.7.
  • Demonstrating a few illustrative examples.
  • Group problem solving session.

  • Reading Assignment: Read Section 4.8 before the next lecture.

  • Recommended: Take online practice quizzes after reading Section 4.8.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 10/23/2013
#28
  • Introduction to Antiderivatives, Section 4.8.

  • Reading Assignment: Read the "Focus on Problem Solving" Example (pg. 327) in the Review Section of Chapter 4 and also read Section 5.1

  • Recommended: Take online practice quizzes after reading Section 5.1.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 10/25/2013
#29
  • Introduction to Integrals, Sections 5.1 and 5.2.

  • Reading Assignment: Read Sections 5.2 - 5.3 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 10/28/2013
#30
  • The Definite Integral and Evaluating Definite Integrals, Sections 5.2 and 5.3.

  • Reading Assignment: Read Sections 5.4 - 5.5 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 10/30/2013
#31
  • The Fundamental Calculus Theorem and The Substitution Rule, Sections 5.4 and 5.5.

  • Reading Assignment: Revisit Sections: 5.1 - 5.5 before the next lecture.

  • Recommended: Continue taking online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 11/1/2013
#32
  • Review for Exam II – Very Important Class Meeting!

  • Reading Assignment: Revisit ALL Sections: 4.2. - 5.5 before Exam II.
11/4/2013
#33
  • Continuation of Review for Exam II – Very Important Class Meeting!

  • Reading Assignment: Continue to revisit ALL Sections: 4.2. - 5.5 before Exam II.
11/6/2013
#34
  • The Evening Exam II: 5:45 - 7:45 p.m. in 120 Budig Hall – DON'T MISS IT!
 11/6/2013
#35
  • Review after Exam II.
  • Integration by Parts, Section 5.6.
  • Partial Fractions and their use in Integration, Section 5.7.

  • Reading Assignment: Read Sections 5.7 - 5.8 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 11/8/2013
#36
  • Integration Using Tables, Section 5.8.
  • Approximate Integration, Section 5.9.
  • Introduction to Improper Integrals, Section 5.10.

  • Reading Assignment: Read Section 5.10 before the next lecture.

  • Recommended: Take online practice quizzes after reading Section 5.10.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 11/11/2013
#37
  • Continuation of Improper Integrals.

  • Reading Assignment: Revisit Sections 5.5 - 5.10 before the next lecture.

  • Recommended: Take more online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 11/13/2013
#38
  • Applications of Integrals: More About Areas, Section 6.1.

  • Reading Assignment: Read Sections 6.2 - 6.3 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 11/15/2013
#39
  • Applications of Integrals: Volume, Sections 6.2 - 6.3.

  • Reading Assignment: Read Sections 6.4 - 6.5 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 11/18/2013
#40
  • Arc Length, Section 6.4.
  • Average Value of a Function, Section 6.5.

  • Reading Assignment: Revisit Section 6.1 - 6.5 before the next lecture.

  • Recommended: Take more online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 11/20/2013
#41
  • Review of Sections 6.1 - 6.5.

  • Reading Assignment: Read Sections 6.6 - 6.8 before the next lecture.

  • Recommended: Take online practice quizzes after reading each section.
  • Recommended: Make and send notes to your lab instructor indentifying any parts of the reading that you did not understand and would like to receive clarification on.
 11/22/2013
#42
  • No Class Meeting due to the Evening Exam II being held outside of regular class meetings.

    •
  • No HW assignment.

    •
  • Enjoy the Thanksgiving Break!
11/25/2013
#43
  • Applications of Integrals to Engineering, Physics, and Probability (Sections 6.6 - 6.8).

  • Reading Assignment: Revisit Sections 6.6 - 6.8 before the next lecture.
 12/2/2013
#44
  • Continuation of Applications of Integrals to Engineering, Physics, and Probability (Sections 6.6 - 6.8).

  • Reading Assignment: Revisit Sections 6.6 - 6.8 before the next lecture.
 12/4/2013
#45 12/6/2013
#46
  • Student Course Evaluations – Very Important Class Meeting!
 12/9/2013
#47
  • No Class Meeting due to the Special Review Sessions to be held during Finals Week.
 12/11/2013
#48
  • Special Review Session #1 for the Final Exam: 4:30 - 6:00 p.m. in 120 Budig Hall.
 12/16/2013
#49
  • Special Review Session #2 for the Final Exam: 4:30 - 6:00 p.m. in 120 Budig Hall.
 12/17/2013
#50
  • Special Review Session #3 for the Final Exam: 4:30 - 6:00 p.m. in 120 Budig Hall.
 12/18/2013
#51
  • Final Exam: 4:30 - 7:00 p.m. – DON'T MISS IT!
 11/19/2013

Gateway Exam

Preview your answers!
In-Lab Exam Procedures:

  • Log in as "Gateway Exams"

  • Open "Safari" or "Maple T.A. - Login"

  • Log in with your KU Online ID (same as email)

  • Choose your course and In-Lab Exam

  • Lab monitor will check your photo ID

  • Take Exam, click "Grade"

  • Lab monitor will check your ID again

  • Click "Quit & Save"