Line 26: Line 26:
  
 
1. Good.  Points: 1/1
 
1. Good.  Points: 1/1
 +
 
2. Good.  Points: 2/2
 
2. Good.  Points: 2/2
 +
 
3. Good.  Points: 3/3
 
3. Good.  Points: 3/3
4. a) You definitely need that <math>\hat{f}</math> is continuous for any of this to make sense.  On the qual, they will be testing your knowledge of the definition of the L-infinity norm.   
+
 
 +
4. a) Good. POINTS: 3.5/4
 +
 
 +
5.  Good.  POINTS: 4.5/5
 +
 
 +
6.  Excellent.  POINTS: 5.5/6
 +
 
 +
7.  Good.  POINTS: 6.5/7
 +
 
 +
8.  Excellent.  POINTS: 7.5/8
 +
 
 +
9.  Good.  POINTS: 8.5/9
 +
 
 +
10.  Good.  POINTS: 9.5/10
 +
 
 +
11.  You need some explanation why all the sines disappear.  Otherwise, good. 
 +
POINTS: 10.5/11
 +
 
 +
12.  Awesome.  POINTS: 11.5/12
 +
 
 +
13. a) You definitely need that <math>\hat{f}</math> is continuous for any of this to make sense.  On the qual, they will be testing your knowledge of the definition of the L-infinity norm.   
 
   b) As noted, more work is needed.
 
   b) As noted, more work is needed.
POINTS: 3/4
+
POINTS: 11.5/13
5. Good.  POINTS: 4/5
+
 
6.  Excellent.  POINTS: 5/6
+
14) Good.  POINTS:12.5/14
7.  Good.  POINTS: 6/7
+
8.  Excellent.  POINTS: 7/8
+
9.  Good.  POINTS: 8/9
+
10.  Good.  POINTS: 9/10
+
11.  You need some explanation why all the sines disappear.  Otherwise, good.  POINTS: 10/11
+
12. Awesome.  POINTS: 10/11
+
13.  a)
+

Revision as of 18:49, 30 July 2009

MA_598R_pweigel_Summer_2009_Lecture_7

MA598R 7.1

MA598R 7.2

MA598R 7.3

MA598R 7.6

MA598R 7.7

MA598R 7.8

MA598R 7.10

MA598R 7.11

MA598R 7.14

MA598R 7. 5,6,9,12,13,4a‎



Judgment Day

1. Good. Points: 1/1

2. Good. Points: 2/2

3. Good. Points: 3/3

4. a) Good. POINTS: 3.5/4

5. Good. POINTS: 4.5/5

6. Excellent. POINTS: 5.5/6

7. Good. POINTS: 6.5/7

8. Excellent. POINTS: 7.5/8

9. Good. POINTS: 8.5/9

10. Good. POINTS: 9.5/10

11. You need some explanation why all the sines disappear. Otherwise, good. POINTS: 10.5/11

12. Awesome. POINTS: 11.5/12

13. a) You definitely need that $ \hat{f} $ is continuous for any of this to make sense. On the qual, they will be testing your knowledge of the definition of the L-infinity norm.

  b) As noted, more work is needed.

POINTS: 11.5/13

14) Good. POINTS:12.5/14

Alumni Liaison

Recent Math PhD now doing a post-doctorate at UC Riverside.

Kuei-Nuan Lin