Math 122: Calculus
II

Time & Location: 
Mon & Wed 8:3010:00
Fri 8:309:30
all in Building 360 Room 324 
Instructor: 
Glen Pugh
Bldg 359 Rm 201 (map)
glen.pugh@viu.ca (by
far the best way to contact me!)
(250)7533245 ext. 2752
office
hours 
Information & Resources: 

Solutions: 
 quiz 1: (version 1,
version 2 )
solutions: (version 1,
version 2)
quiz 2: (version 1,
version 2 )
solutions: (version 1,
version 2)
quiz 3: (version 1,
version 2 )
solutions: (version 1,
version 2)
quiz 4: (version 1,
version 2 )
solutions: (version 1,
version 2)
quiz 5: (version 1,
version 2 )
solutions: (version 1,
version 2)
quiz 6
(solutions)
 test 1 (version 1,
version 2)
solutions (version 1,
version 2)
test 2 (version 1,
version 2)
solutions (version 1,
version 2)
test 3
(solutions)
 final exam

Assignments
posted 
exercises 
reminders 
Apr 13 
Final exam notes and
extra practice 
Final exam notes and
extra practice 
Apr 7 


Mar 29 

Test 3 Wed Apr 3 on

Mar 24
Updated Apr 5 with revisions to
homework


Quiz 6 Wed Mar 27 on 7.1 & 7.2.
The formula sheet
will be supplied for the quiz.

Mar 15 

Quiz 5 Wed Mar 20 on 6.5 & 6.6. Note
that the error bound formulas for each of the
midpoint, trapezoid and Simpson's rules will be
provided. You must know the formulas for
approximating integrals using each of the rules,
however.
The formula sheet
will be supplied for the quiz.

Feb 25
Updated Mar 3 with new
homework


Test 2 Wed Mar 6 on 5.35.5, 6.16.3.
The formula sheet
will be supplied for the test.
Suggested practice:
 From 1^{st} edition of text:
 Chapter 5 Review p.302: 731
(odds only), 35, 37, 43, 51
 Chapter 6 Review p.355: 139
(odds only)
 From 2^{nd} edition of text:
 Chapter 5 Review p.309: 731
(odds only), 35, 37, 43
 Chapter 6 Review p.363: 139
(odds only)

test 2 (
solutions) from Fall 2012 edition of this
course

test 2 (
solutions) from Spring 2012 edition of this
course (Omit 1(b))
 Questions 2, 3, 4, 5 of
test 2 (
solutions) from Fall 2011 edition of this
course

Feb 16 

Quiz 4 Wed Feb
20 on 6.2 (both trigonometric integrals and
substitutions) 
Feb 8 

Quiz 3 Wed Feb
13 on 5.4, 5.5 & 6.1 
Feb 4 


Jan 24 

Test 1 Wed Jan 30 on 3.5, 3.6, 3.7, 4.7
and 5.2. With respect to function definitions,
graphs and domain restrictions for the inverse
trigonometric functions, you should be familiar
with arcsin(x), arccos(x) and arctan(x).
You will have a definition of definite
integral question similar to exercises 19, 21, 23
of 5.2.
The formula sheet
will be supplied for the test.
Suggested practice:
 From 1^{st} edition of text:
Chapter 3 Review Exercises p.196: 12(b),
19, 35, 37, 43, 6781 (odds only)
 From 1^{st} edition of text:
Chapter 4 Review Exercises p.250: 49,
5155 (odds only)
 From 2^{nd} edition of text:
Chapter 3 Review Exercises p.200: 12(b),
21, 27, 37, 39, 6175 (odds only)
 From 2^{nd} edition of text:
Chapter 4 Review Exercises p.255: 5157
(odds only)
 Questions 1, 2, 3, 4 & 5 from
test 1 (
solutions) from Fall 2012 edition of this
course
 Questions 2, 3, 4 & 5 from
test 1 (
solutions) from Fall 2011 edition of this
course
 Questions 1, 2, 3, 4 & 5(a) from
test 1 (
solutions) from Spring 2011 edition of this
course
 Questions 1(a), 2, 3, & 4 from
test 1 (
solutions) from Fall 2009 edition of this
course

Jan 21 

Quiz 2 Wed Jan
23 on 3.7 & 4.7. 
Jan 13 

Quiz 1 Wed Jan 16 on 3.5 & 3.6.
3.5: For the inverse trigonometric
functions, you should know the properties
(function definitions, graphs, domain
restrictions and derivative rules) for arcsin(x),
arccos(x) and arctan(x).
3.6: For hyperbolic functions, you
should know the definitions, graphs and
derivative rules for sinh(x), cosh(x) and
tanh(x).
For an idea of what to expect on Quiz 1
please see

Jan 6 


