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Math 217 (Linear Algebra)

Section 003

Winter 2008

Course information
  Reading assignments Problem sets and
proof assignments
Jan 4    
Jan 7    
Jan 8    
Jan 9 Section 1.1
Section 1.2
 
Jan 11    
Jan 14 Section 1.3 Section 1.1: #12, 18, 30, 32
Section 1.2: #4, 8, 12, 28, 30
Jan 15 Section 1.4  
Jan 16 Section 1.5  
Jan 18    
Jan 22 Section 1.6
Section 1.7
Section 1.3: #2, 6, 16, 20
Section 1.4: #10, 12, 18, 32
Section 1.5: #16, 30
Jan 23 Section 1.8  
Jan 25 Section 1.9  
Jan 28 Section 1.10
Section 2.1
Section 1.6: #12
Section 1.7: #16, 18, 30, 38
Section 1.8: #4, 14, 34
Jan 29    
Jan 30 Section 2.2  
Feb 1 Section 2.3  
Feb 4 Section 2.4
Section 2.6
Section 1.9: #6, 16, 32
Section 1.10: #10
Section 2.1: #2, 12, 22
Section 2.2: #10, 16, 32
Feb 5    
Feb 6 Section 2.7  
Feb 8 Section 2.8  
Feb 11   Section 2.3: #6, 28, 38
Section 2.6: #4
Section 2.7: #20
Feb 12    
Feb 13 Section 2.9  
Feb 15 Section 3.1  
Feb 18 Section 3.2 Section 2.8: #2, 18, 22, 24
Section 2.9: #2, 18, 20, 24
Feb 19    
Feb 20 Section 3.3  
Feb 22 Section 4.1
Section 4.2 (see notes)
 
Mar 3 Section 4.3 Section 3.1: #6, 22, 30, 42
Section 3.2: #6, 22, 28, 34, 40
Section 3.3: #32
Mar 4 Section 4.4  
Mar 5 Section 4.5  
Mar 7 Section 4.6 (see notes)  
Mar 10 Section 4.7 Section 3.3: #12
Section 4.1: #6, 20, 28
Section 4.2: #30, 32
Section 4.3: #22, 34
Section 4.4: #14, 28
Mar 11    
Mar 12 Section 4.9  
Mar 14 Section 5.1 Proof assignment #1
Mar 17   Section 4.5: #4, 26
Section 4.6: #2, 10
Section 4.7: #14
Mar 18    
Mar 19 Section 5.2  
Mar 21 Section 5.3
Section 5.4
 
Mar 24 Section 5.5 Section 4.7: #8
Section 4.9: #4, 18
Section 5.1: #2, 14, 22, 26, 32
Section 5.2: #10, 24
Mar 25    
Mar 26 Section 5.6  
Mar 28 Section 5.7  
Mar 31 Section 6.1 Section 5.3: #14, 22, 24
Section 5.4: #6, 14, 20
Section 5.5: #4, 6
Section 5.6: #2, 10
Apr 1    
Apr 2 Section 6.2  
Apr 4 Section 6.3  
Apr 7 Section 6.5 Section 5.7: #2, 4
Section 6.1: #2, 8, 20, 28
Section 6.2: #8, 12, 24, 28
Apr 8    
Apr 9 Section 6.6  
Apr 11 Section 7.1  
Apr 14   Section 6.3: #4, 12, 16, 22
Section 6.5: #4, 8, 10, 18
Apr 15   Proof assignment #2

Notes:

Section 4.2: Feel free to skip the subsections entitled ``The Null Space of a Matrix'' and ``The Column Space of a Matrix.'' These subsections repeat material from Chapter 2.

Section 4.6: You can skip the subsection entitled ``Rank and the Invertible Matrix Theorem.''