User:Vanessa.foster - Revision history

Vanessa.foster at 15:40, 8 December 2011

2011-12-08T15:40:33Z

← Older revision		Revision as of 11:40, 8 December 2011
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	===Lang===		===Lang===
	#Nov 17-Chap 3 p.117-127 For the basics.		#Nov 17-Chap 3 p.117-127 For the basics.
	#Nov 22- Chap 3 p.149-155~~, uses torsion modules...but same general idea as what was done in class.~~		#Nov 22- Chap 3 p.149-155
	==Homework Solutions==		==Homework Solutions==
	*Link to other classmates[[11-1100/Homework Solutions\| solutions]]		*Link to other classmates[[11-1100/Homework Solutions\| solutions]]

2011-12-04T00:22:11Z

← Older revision		Revision as of 20:22, 3 December 2011
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	# Nov 22- Chap 12: Modules over Principal Ideal Domains.		# Nov 22- Chap 12: Modules over Principal Ideal Domains.
	#* See p.464 (Theorem 6. Fundamental Theorem, Existence: Elementary Divisor Form) which is DF's statement of the Theorem we finished proving on Tuesday.		#* See p.464 (Theorem 6. Fundamental Theorem, Existence: Elementary Divisor Form) which is DF's statement of the Theorem we finished proving on Tuesday.
			# Nov 24- Chap 10: Tensor Products of R-modules (p.359 Section 10.4)
	====Useful examples in DF====		====Useful examples in DF====
	# DF, does a nice write up on F[x]-modules which I found to be quite helpful. See p. 340		# DF, does a nice write up on F[x]-modules which I found to be quite helpful. See p. 340

2011-12-04T00:18:17Z

← Older revision		Revision as of 20:18, 3 December 2011
Line 14:		Line 14:
	#Nov 17-Chap 3 p.117-127 For the basics.		#Nov 17-Chap 3 p.117-127 For the basics.
	#Nov 22- Chap 3 p.149-155, uses torsion modules...but same general idea as what was done in class.		#Nov 22- Chap 3 p.149-155, uses torsion modules...but same general idea as what was done in class.
			==Homework Solutions==

			*Link to other classmates[[11-1100/Homework Solutions\| solutions]]
			* My solutions to [[Media: Vanessa.foster.Algebra4.pdf\| Homework 4]]
	==Random Fun Things==		==Random Fun Things==
	* [http://www.youtube.com/watch?v=heKK95DAKms Doodling in Math Class]		* [http://www.youtube.com/watch?v=heKK95DAKms Doodling in Math Class]
	=Links=		=Links=
	[[11-1100]] Course Homepage		[[11-1100\| Course Homepage]]

2011-12-04T00:14:04Z

← Older revision		Revision as of 20:14, 3 December 2011
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	*For people who are also in Topology, both DF and Lang have sections on the snake lemma, complexes, short exact sequences...etc		*For people who are also in Topology, both DF and Lang have sections on the snake lemma, complexes, short exact sequences...etc
	== Read Along==		== Read Along==
	Here are some sections to check out in Dummit Foote and Lang regarding what we have covered on Modules.		Here are some sections to check out in Dummit Foote (Third ed.) and Lang regarding what we have covered on Modules.

	===DF===		===DF===
Line 9:		Line 9:
	# Nov 22- Chap 12: Modules over Principal Ideal Domains.		# Nov 22- Chap 12: Modules over Principal Ideal Domains.
	#* See p.464 (Theorem 6. Fundamental Theorem, Existence: Elementary Divisor Form) which is DF's statement of the Theorem we finished proving on Tuesday.		#* See p.464 (Theorem 6. Fundamental Theorem, Existence: Elementary Divisor Form) which is DF's statement of the Theorem we finished proving on Tuesday.
			====Useful examples in DF====
			# DF, does a nice write up on F[x]-modules which I found to be quite helpful. See p. 340
	===Lang===		===Lang===
	#Nov 17-Chap 3 p.117-127 For the basics.		#Nov 17-Chap 3 p.117-127 For the basics.

2011-11-24T06:00:07Z

← Older revision		Revision as of 02:00, 24 November 2011
Line 6:		Line 6:

	===DF===		===DF===
	* Nov 17- Chap 10: Introduction to Module Theory		# Nov 17- Chap 10: Introduction to Module Theory
	* Nov 22- Chap 12: Modules over Principal Ideal Domains.		# Nov 22- Chap 12: Modules over Principal Ideal Domains.
	** See p.464 (Theorem 6. Fundamental Theorem, Existence: Elementary Divisor Form) which is DF's statement of the Theorem we finished proving on Tuesday.		#* See p.464 (Theorem 6. Fundamental Theorem, Existence: Elementary Divisor Form) which is DF's statement of the Theorem we finished proving on Tuesday.
	===Lang===		===Lang===
	*Nov 17-Chap 3 p.117-127 For the basics.		#Nov 17-Chap 3 p.117-127 For the basics.
	*Nov 22- Chap 3 p.149-155, uses torsion modules...but same general idea as what was done in class.		#Nov 22- Chap 3 p.149-155, uses torsion modules...but same general idea as what was done in class.

	==Random Fun Things==		==Random Fun Things==

2011-11-24T05:55:02Z

← Older revision		Revision as of 01:55, 24 November 2011
Line 1:		Line 1:

	Last two weeks of the course and I have finally started a page... better late than never right?		Last two weeks of the course and I have finally started a page... better late than never right?
	==Comments==		==Comments==
Line 16:		Line 15:
	==Random Fun Things==		==Random Fun Things==
	* [http://www.youtube.com/watch?v=heKK95DAKms Doodling in Math Class]		* [http://www.youtube.com/watch?v=heKK95DAKms Doodling in Math Class]
			=Links=
			[[11-1100]] Course Homepage

2011-11-24T05:48:10Z

← Older revision		Revision as of 01:48, 24 November 2011
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	Hi everyone,\\
	Last two weeks of the course and I have finally started a page... better late than never right?		Last two weeks of the course and I have finally started a page... better late than never right?
	==Comments==		==Comments==

2011-11-24T05:47:22Z

← Older revision		Revision as of 01:47, 24 November 2011
Line 1:		Line 1:
	Hi everyone,		Hi everyone,\\
	Last two weeks of the course and I have finally started a page... better late than never right?		Last two weeks of the course and I have finally started a page... better late than never right?
	==Comments==		==Comments==

2011-11-24T05:46:50Z

← Older revision		Revision as of 01:46, 24 November 2011
Line 1:		Line 1:
	Hi everyone,		Hi everyone,
	Last two weeks of the course and I have finally started a page... better late than never right?		Last two weeks of the course and I have finally started a page... better late than never right?
			==Comments==

			*For people who are also in Topology, both DF and Lang have sections on the snake lemma, complexes, short exact sequences...etc
	== Read Along==		== Read Along==
	Here are some sections to check out in Dummit Foote regarding what we have covered on Modules.		Here are some sections to check out in Dummit Foote and Lang regarding what we have covered on Modules.

			===DF===
	* ??- Chap 10: Introduction to Module Theory		* Nov 17- Chap 10: Introduction to Module Theory
	* Nov 22- Chap 12: Modules over Principal Ideal Domains.		* Nov 22- Chap 12: Modules over Principal Ideal Domains.
	** See p.464 (Theorem 6. Fundamental Theorem, Existence: Elementary Divisor Form) which is DF's statement of the Theorem we finished proving on Tuesday.		** See p.464 (Theorem 6. Fundamental Theorem, Existence: Elementary Divisor Form) which is DF's statement of the Theorem we finished proving on Tuesday.
			===Lang===

			*Nov 17-Chap 3 p.117-127 For the basics.
			*Nov 22- Chap 3 p.149-155, uses torsion modules...but same general idea as what was done in class.

	==Random Fun Things==		==Random Fun Things==
	* [http://www.youtube.com/watch?v=heKK95DAKms Doodling in Math Class]		* [http://www.youtube.com/watch?v=heKK95DAKms Doodling in Math Class]

2011-11-24T05:35:40Z

← Older revision		Revision as of 01:35, 24 November 2011
Line 10:		Line 10:

	==Random Fun Things==		==Random Fun Things==
			* [http://www.youtube.com/watch?v=heKK95DAKms Doodling in Math Class]