The exam will cover the material in lectures 1 through 8 of the
syllabus. This is, roughly, the material in sections 6.1 through 6.5
and sections 7.1 through 7.6 of the textbook.
The exam is scheduled
for 80 minutes, from 5 PM to 6:20 PM on Thursday, October 8, in our
usual classroom for Thursdays.
I will get to the classroom early and am willing to start early and
maybe stay, at least slightly, late.
From the course coordinator
The course coordinator will be the primary writer of the uniform Math
152 final exam, intended for all sections of Math 152, so students
should have some familiarity with the style of these problems.
Spoiler Alert
Looking at these notes before you have worked seriously through the problems will make the review problems much less useful to you.
If you haven't finished working on them yourself, you are better off coming back to this page later to print out these notes.
From the instructor
I will write the exam you will take so you should be familiar with my
"style".
The cover sheet for your exam will state:
No texts, notes, or calculators may be used on this exam other than the formula sheet supplied with this exam. Find exact values of standard functions such as e0 and sin(Π/2). Otherwise do NOT "simplify" your numerical answers! |
My old exam problems in relation to our syllabus
Here is a list of problems from those old exams "keyed" to each section
of the syllabus. This may be useful to you.
Lecture | Sections | Topics | My exam problems |
---|---|---|---|
1 | 6.1 | Introduction and review of concepts from 151 | B5 C1 D1 |
2 | 6.2-6.4 | Volumes, Average Value | A1 B2 C7 D2 |
3 | 6.5 | Work | A8 B3 |
4 | 7.1 | Numerical integration | A2 A1 B7 C6 D7 |
5 | 7.2 | Integration by parts | A4 B6 (just the antiderivative!) C1 (just the antiderivative) C4 D4 D5 (just the antiderivative) |
6 | 7.3 | Trigonometric integrals | A6 B2 C7 |
7 | 7.4 | Trigonometric substitution | A7 A1 B8 C8 |
8 | 7.6 | Partial fractions | A3 B1 C3 D3 |
Integration without an obvious method (maybe!). Most of these problems are solved with "rationalizing substitutions" so that antidifferentiation becomes use of partial fractions. | A5 B4 C5 D4 |
My design criteria for calculus exams
I try to ask questions about most (hopefully all) important topics
which were covered in the period to be tested. I try to avoid asking
problems which require special "finicky" tricks, and do try to inquire
about techniques which are broadly applicable.
I want to give, on any calculus exam, questions which require reading and writing graphical information, reading and writing symbolic information, reading and writing quantitative information ("numbers"), and, finally, some question(s) requiring students to exhibit some reasoning and explanation, appropriate to the level of the course and also recognizing the limited time of an exam. I certainly don't always "hit" this target but that's my aim.
Maintained by greenfie@math.rutgers.edu and last modified 9/25/2009.