MWF 8:30-9:20, Ryerson 358
Text: Calculus, 9th edition, by Varberg, Purcell and Rigdon.
Office Hours: Monday 2:30-3:30, Tuesday 4:30-5:30, Thursday 4:30-5:30 and also by appointment, Math-Stat 203.
1st Midterm now Friday October 26th!!
2nd Midterm now Friday November 16th!!
Tutorials: Tuesdays and Thursdays 9:00a.m. - 10:20a.m. John Dyer in Gates-Blake 411
Emily Benoit, Zac Cloud, Brooke Elliott, Max Greenberg, Latoya Jeanpierre,
Rebecca Leval, Jose
Mendez, Klara Scharnagl, Shan Wong.
Alexander Moore in Gates-Blake 401
Alyse Bentz, Karla Fernandez, Tarah Hearns, Saoirse McSharry, Calla
Mounkes, Georgia Sampedro, Shirley Sierra, Ozzy Zamora, Zuka Chuka-Obah,
Blake Rachowin.
Prerna Nadathur in Gates-Blake 502
Jvani Cabiness, Alyssa Degner-Lopez, Lorenzo Gomez, Sami Hunt, Brandy Le,
Maria Mejia, Pam Perez, Danny Sanchez, Asantewaa Ture, Appledene Samantha
Osbourne.
Homework #1 due Wednesday September 26th
- Explain in <4 sentences why a statement, P=>Q, is equivalent to its
contrapositive, ~Q => ~P.
- Section 0.1 Questions 63-71, 73-74
Homework #2 due Friday September 28th
- Explain in <4 sentences why a statement, P, is equivalent to the
negation of its negation, ~(~P).
- Read Sections 0.1 and 0.2 of the textbook _carefully_. This means, first
read through the section, noting any words you don't know and their
definitions. Then, read through again, and work through the examples,
which means you should be able to reproduce the example with the book
closed and no notes.
Homework #3 due Monday October 1st
- Section 0.1 question 72.
- Section 0.2 even-numbered questions from 4 to 44.
- Section 0.2 questions 71-74
Homework #4 due Wednesday October 3rd
- Practice adding Fractions (at least ten calculations, and check them
properly!)
- Section 0.2 questions 59-66
Homework #5 due Friday October 5th
- Read Section 0.3 _carefully_ (see above)
- Section 0.3 even questions 6-48
- Read Section 0.4 carefully.
Homework #6 due Monday October 8th
- Read Section 0.5 & 0.6 carefully
- Section 0.4 even questions 2-36
- Section 0.5 questions 9-30
Homework #7 due Wednesday October 10th
- Write up practice quiz as nicely as humanly possible
- Read 1.1 and 1.2
Homework #8 due Friday October 12th
- Section 0.6, questions 1-6 and 19-24.
Homework #9 due Monday October 15th
- Reread Sections 1.1-1.3, work all examples in 1.1 and 1.2, nothing to
hand in.
Homework #10 due Wednesday October 17th
- Write up solutions to 1st quiz as nicely as humanly possible.
- Section 1.1, questions 1-6 and 29-34
- Section 1.2, even questions 2-22
Homework #11 due Monday October 22nd
- Exercises from Logic
Handout
Homework #12 due Wednesday October 24th
- Exercises
on Wiggly Functions
Homework #13 due Friday October 26th
- Section 1.3, Even questions 2-38
- This should help you prepare for the MIDTERM
Homework #14 due Wednesday October 31st
- Write up Midterm as well as humanly possible
Homework #15 due Friday November 2nd
- Section 1.6, even questions 2-16. Draw a graph for each question!
Homework #16 due Monday November 5th
- Read Section 2.1
- Section 1.6 even questions 24-50.
Homework #17 due Wednesday November 7th
- Section 1.5, even questions 2-8, 24-30, 56.
- Section 1.7, exam sample questions, even 2-32. (You may ignore trig
questions if you want.)
Homework #18 due Friday November 9th
- Section 2.1, Even questions 2-20
Homework #19 due Weds November 14th
- Read Section 2.2 carefully (please do this before Monday)
- Section 2.2, even questions 2-32, 38-60.
- Read Section 2.3
Homework #20 due Friday November 16th
- Practice Midterm
Homework #21 due Wednesday November 21st
- Derive the simple quotient rule (derivative of 1/f)
- Derive the full quotient rule (derivative of f/g) from the product rule
and the simple quotient rule
- Prove the difference rule (section 2.3, problem 54)
- Read Section 2.5
Homework #22 due Monday November 26th
- Read sections 2.6 and 2.7
- Section 2.3, even questions 2-52
Homework #23 (LAST ONE) due Wed November 28th
- Section 2.5 Questions 2,4,6,8,18,20, 21, 24, 30, 42,44,46, 48,50,52
- Section 2.6 Questions 2,4,8, 10,12,16, 20
- Section 2.7 Even questions 2-10, 14, 18-26, 38, 40.