Name
Class Time
MATH 202 - QUIZ # 2
Wednesday, December 1, 2010
Covers Sections 5.3-5.4, 6.1-6.3 and 7.1-7.2 of the text
Time: 45 minutes
Please show all work. Unsupported answers will receive no cred
MAT 202 Linear Algebra with Applications Fall 2013
Course Web Page: Regularly check MAT202_F2013 at https:/blackboard.princeton.edu
for updates and announcements, teacher contact information, homework
Name
'S()~J\bVlS
_
C lass T ime
l \1ATH 2 02
Q UIZ # 1
\ Vednesday, O ctober 8 , 2 008
C overs C hapter 1 a nd C hapter 2 o f t he t ext
Y ou h ave 5 0 l uinutes t o c omplete t he qUlZ. P lease s how
Your Name
Your Instructor
Time your class meets
MATH 202 - Quiz 1
February 25, 2013 (45 minutes)
This examination booklet contains 5 problems on 6 sheets of paper, including the front
cover. Do all of
Name
Instructor
Time your class meets
MATH 202 - Quiz 1
October 12, 2011 (45 minutes)
The proctor will tell you when to begin and when the proctor tells you that time is
up, stop working, close your t
mrzaa. - 2 ' 2008 - Jam
(1) Compute the determinant of each of the following matrices:
(a)
Curb-CD
COMO
"4550600
ll
MA =214t[103]=(odd18]=10
i5 6 1"?-
1 10 4 1
dog 3nd alum JMJM M MW (2) Let V b
The dimension of subspaces of Rn
Recall from last time that V in Rn is a subspace if it contains 0, is closed under addition and multiplication by scalars. In short,
if it is closed under linear combi
Chapter 5 recap - Orthogonality
The vectors v and w in Rn are orthogonal/perpendicular, if v w = 0.
The length of a vector v is
|v | = v v.
The angle between v and w is determined by
vw
.
cos =
|v | |
Chapter 3 highlights
Bases: B = cfw_v1 , . . . , vm is a basis for the subspace V of Rn if the vectors v1 , . . . , vm
span V and none is redundant.
linear independence: v1 , . . . , vm are linearl
Scanned by CamScanner
Scanned by CamScanner
Scanned by CamScanner
Scanned by CamScanner
Scanned by CamScanner
Scanned by CamScanner
Scanned by CamScanner
Scanned by CamScanner
MATH 202 - Quiz 1 Solutions
Spring, 2013
Problem 1. (12pts) You are given the system of equations
x + 3y + z = 5
2x 3y + 2z = 8
4x + 3y + az = 18
Here a is constant, and you do not know its value. On
Name:
Class time:
9 am
10 am
11 am
12:30 pm
MAT 202 Linear Algebra with Applications
QUIZ 2 Fall 2009
This quiz is due Friday, December 4, by 2 pm at your instructors oce.
You have 60 minutes (without
Name
MAT 202: QUIZ # 2
Wednesday Apr 13th, 2011 Time: 45 minutes
Please show all work. Books, notes, calculators, are not permitted on this quiz.
WRITE OUT AND SIGN THE PLEDGE:
I pledge my honor that
Name
Instructor
Time your class meets
MATH 202 - Quiz 1
October 12, 2011 (45 minutes)
The proctor will tell you when to begin and when the proctor tells you that time is
up, stop working, close your t
Princeton University Department of Mathematics
Name: Instructor: A. Cannas J. Holland N. Pavlovic A. Yang P. Raphael Class time:
A. Salehi Golsefidy
J. Szeftel
MAT 202 Linear Algebra with Applications
Your Name
Your Instructor
Time your class meets
MATH 202 - Quiz 1
October 10, 2012 (50 minutes)
This examination booklet contains 5 problems on 6 sheets of paper including the front cover.
Do all of y
Princeton University
Department of Mathematics
Name:
Instructor:
J. Athreya
A. Cannas
E. Carlsson
M. Lieblich
W. Wong
M. Hochman
A. Yang
Class time:
MAT 202 Linear Algebra with Applications
QUIZ 1 Feb
Name
Class Time MATH 202 - QUIZ # 1 Wednesday, October 10, 2007 Covers Chapter 1 and Chapter 2 of the text
Please show all work. Books, notes, calculators, are not permitted on this quiz. As part of y
Name
Class Time
MATH 202 - QUIZ # 1
Wednesday, October 8, 2008
Covers Chapter 1 and Chapter 2 of the text
You have 50 minutes to complete the quiz. Please show all work. Books, notes,
calculators, are
Name
Class Time MATH 202 - QUIZ # 1 Due Friday, February 25 at 2PM at your instructor's office Covers Chapter 1 and Chapter 2 of the text Time: 60 minutes
Please show all work. Books, notes, calculato