Instructor: Nishant Malik Email: Nishant.Malik@dartmouth.edu Office: 310 Kemeny Hall

Class Timings: Monday, Wednesday, Friday, 2:10 PM - 3:15 PM, 105 Kemeny Hall

X-hour: Thursday 1:20-2:10pm

X-hour will be used intermittently at instructor's discretion for review sessions. Do not schedule anything regular in this X-hr.

Office hours: Monday, Wednesday, Friday, 4:00 PM - 5:00 PM (or by appointment)

Students with valid reasons to not be able to use the above office hours should make appointments by writing an email to the instructor.

Learning Fellows: Junghye Kim and Tony Kirumba

Link to Common Course Page

Textbook

James Stewart

Calculus

Eighth Edition

Note: We will cover different sections of chapter 1 to 4 from this book.

For further information on syllabus, please see this page.

Khan Academy

Create your own account making sure to set your first name as your Dartmouth ID+first name (e.g., F003XYZ James). This ensures your scores will be transferred to canvas and accurately recorded. If you already have a Khan Academy account, please change your first name as described above for the duration of this course.

Use the code 3B6FDD to add me as a coach, this can be done by clicking the Coaches link when viewing your homepage, or at this link once you've created your account.
You should also add the Master course code EGMRE3.

Please also visit:

Khan Academy Assignments Outline

Grades

	Percentage
Class Preparation	5%
Mastery in Problem Sets	10%
Class Participation	10%
Midterm Exams	25% each
Final Exam	25%
Total	100%

Exam Schedule

Midterm I: Thursday, January 26, 6-8pm

Midterm II: Thursday, February 16, 6-8pm
Final: Saturday, March 11, 3-6pm

Additional Resources

Online course:

Paul's Online Math Notes

MIT online lectures

For graphing and visualization students are encouraged to learn to use tools such as:

Desmos Graphing Calculator or

Old MATH 3 exams:

Class Material

Date	Topic	Slides/Class Notes	Problems/Solutions
01/04	Introduction	Slides_01:04:17.pdf	☺
01/06	Manipulating functions Chapter 1.1-1.3	Slides_01:06:17.pdf	☺
01/09	Introduction to limits Chapter 1.4-1.5	Slides_01:09:17.pdf	problem_sheet_01:09.pdf solutions_1:09.pdf
01/11	The precise definition of a limit Chapter 1.7	Slides_01:11:17.pdf	problem_sheet_01:11.pdf solutions_1:11.pdf
01/13	Calculating limit using the limit laws, Chapter 1.6	Slides_01:13:17.pdf	problem_sheet_01:13.pdf solutions_1:13.pdf
01/18	Continuity Chapter 1.8	Slides_01:18:17.pdf	prob_sheet_01:18.pdf solutions_1:18.pdf
01/19	Derivatives and Rates of Change, Chapter 2.1	Slides_01:19:17.pdf	prob_sheet_1:19.pdf solutions_1:19.pdf
01/20	The Derivatives as a Function, Chapter 2.2	Slides_01:20:17.pdf	☺
01/23	Differentiation Formulas and Derivatives of Trig. Functions Chapter 2.3 -2.4	Slides_01:23:17.pdf	prob_set_01:23.pdf solutions1:23.pdf
01/25	Derivatives of Trig. Functions Chapter 2.4	☺	prob_set_01_25.pdf solutions1:25.pdf
01/27	The Chain Rule Chapter 2.5	Slides_01:27:17.pdf	prob_set_01_27.pdf solutions1:27-1.pdf
01/30	Implicit Differentiation Chapter 2.6	Slides_01:30:17.pdf	prob_set_01:30.pdf solutions1:30.pdf
02/01	Implicit Differentiation and Related Rates Chapter 2.6, 2.8	Slides_02:01:17.pdf	prob_set_2:01.pdf solutions2:1.pdf
02/02*	Related Rates Chapter 2.8	Slides_02:02:17.pdf	related_rates.pdf solutions_proj_1to6.pdf
02/03	Related Rates Linear Approximations and Differentials Chapter 2.8 -2.9	Slides_02:03:17.pdf	prob_set_2:03.pdf solutions2:3.pdf
02/06	Maximum and Minimum Values and The Mean Value Theorem Chapter 3.1-3.2	Slides_02:06:17.pdf	prob_set_02_6.pdf solutions2:6.pdf
02/08	How Derivatives Affect the Shape of a Graph Chapter 3.3	Slides_02:08:17.pdf	prob_set_02_08.pdf solutions2:8.pdf
02/09*	Review Problems	Slides_02:09:17.pdf	☺
02/10	Limits at Infinity; Horizontal Asymptotes, Chapter 3.4	Slides_02:10:17.pdf	prob_set_02_10.pdf solutions2:10.pdf
02/13	Curve Sketching Chapter 3.5	Slides_02:13:17.pdf	prob_set_02_13.pdf solutions2:13.pdf
02/15	Optimization Problems Chapter 3.7	Slides_02:15:17.pdf	prob_set_02_15.pdf solutions2:15.pdf
02/16*	Review Midterm -II	☺	review_mid2.pdf
02/17	Applications to Economics and Business Chapter 2.7 & Chapter 3.7	Slides_02:17:17.pdf	prob_set_02_17.pdf solutions2:17.pdf
02/20	Review I: Optimization Problems Chapter 3.7	Slides_01:20:17.pdf	prob_set_02:20_1.pdf
02/22	Antiderivatives Chapter 3.9	Slides_02:22:17.pdf	prob_set_02_22.pdf solutions2:22.pdf
02/23*	Review II: Optimization Problems Chapter 3.7	☺	Examples_02:23:17.pdf solutions2:23.pdf
02/24	Areas and Distances Chapter 4.1	Slides_02:24:17.pdf	prob_set_02_24.pdf solutions2:24.pdf
02/27	The Definite Integral Chapter 4.2	Slides_02:27:17.pdf	prob_set_02_27.pdf solutions2:27.pdf
03/01	The Fundamental Theorem of Calculus Chapter 4.3	Slides_03:01:17.pdf	prob_set_03_1.pdf solutions3:1.pdf
03/02*	Review for Final - I	☺	Examples_03:02:17.pdf
03/03	Indefinite Integrals and the Net Change Theorem Chapter 4.4	Slides_03:03:17.pdf	prob_set_03_3.pdf solutions3:3.pdf
03/06	u-Substitution and Integration by Parts Chapter 4.5 and 7.1	Slides_03:06:17.pdf	prob_set_03_6.pdf solutions3:6.pdf
03/08	Review for Final - II	☺	Examples_03:08:17.pdf

Groups

Group I (Platypus): Michael Brown,Ty Metteba, Omar Curiel, Janos Groszek

Group II: Vinay, Raiden Meyer, Charis

Group III: Rahul Babu,Giselle Vitcov, Zachary Cherian

Group IV: Matthew Lucke, Oriana Gamper, Naomi Hematillake, Thalia Dominguez

Group V: Rosa Mendoza, Scott Stuart, Wyatt Williams

Group VI: Devon Mattie, Caroline Lee, Emily McKee, Katheryn Caplinger

Group VII: Nike-michelle, Abraham Vazquez, Rachel Silver, Julia Florman

Group VIII: Ashley Martinez, Roesha Andre, Rafael Carlos, Caylin Parker