Geometric series: Revision history

20 January 2010

• curprev 19:1219:12, 20 January 2010‎ imported>Peter Schmitt‎ 7,288 bytes +2,652‎ →‎Geometric power series: make to section
• curprev 19:1219:12, 20 January 2010‎ imported>Peter Schmitt‎ 7,290 bytes +10‎ →‎Power series: change title
• curprev 19:1119:11, 20 January 2010‎ imported>Peter Schmitt‎ 7,280 bytes +424‎ →‎Geometric power series: intro added
• curprev 18:5418:54, 20 January 2010‎ imported>Peter Schmitt‎ 6,856 bytes −81‎ →‎Summary: Convergence behaviour of the geometric series: changing q to x for series
• curprev 18:4818:48, 20 January 2010‎ imported>Peter Schmitt‎ 6,937 bytes +129‎ →‎Limit: add sum
• curprev 18:4318:43, 20 January 2010‎ imported>Peter Schmitt‎ 6,808 bytes +150‎ →‎Power series: adapting S_n

18 January 2010

• curprev 04:2604:26, 18 January 2010‎ imported>Peter Schmitt‎ m 6,658 bytes −3‎ →‎Regular down payments: formatting
• curprev 04:2404:24, 18 January 2010‎ imported>Peter Schmitt‎ 6,661 bytes +1,703‎ →‎Application in finance: new
• curprev 04:0604:06, 18 January 2010‎ imported>Peter Schmitt‎ 5,157 bytes +169‎ financial application added
• curprev 04:0204:02, 18 January 2010‎ imported>Peter Schmitt‎ m 4,988 bytes +30‎ →‎Power series: add new section heading

16 January 2010

• curprev 05:4205:42, 16 January 2010‎ imported>Peter Schmitt‎ 4,958 bytes +322‎ →‎Examples: adding partial sum for second series

15 January 2010

• curprev 19:2519:25, 15 January 2010‎ imported>Peter Schmitt‎ 4,576 bytes −60‎ →‎Summary: Convergence behaviour of the geometric series: a few more details
• curprev 19:2419:24, 15 January 2010‎ imported>Peter Schmitt‎ 4,636 bytes +2,652‎ →‎Summary: Convergence behaviour of the geometric series
• curprev 19:0819:08, 15 January 2010‎ imported>Peter Schmitt‎ 4,463 bytes +365‎ →‎Summary: Convergence behaviour of the geometric series: treat -1 separately
• curprev 19:0319:03, 15 January 2010‎ imported>Peter Schmitt‎ 4,399 bytes +268‎ editing (changing order)

11 January 2010

• curprev 06:0706:07, 11 January 2010‎ imported>Peter Schmitt‎ 4,356 bytes +225‎ →‎Examples: general term added
• curprev 05:4705:47, 11 January 2010‎ imported>Peter Schmitt‎ 4,131 bytes +33‎ →‎Convergence behaviour: title expanded
• curprev 05:4605:46, 11 January 2010‎ imported>Peter Schmitt‎ 4,098 bytes +2,114‎ →‎Convergence behaviour: details on all cases
• curprev 05:2805:28, 11 January 2010‎ imported>Peter Schmitt‎ 3,876 bytes +123‎ →‎Power series
• curprev 04:5204:52, 11 January 2010‎ imported>Peter Schmitt‎ 3,753 bytes −22‎ →‎Power series: the "sign of the limit" is not "undetermined" -- there is no limit
• curprev 03:1303:13, 11 January 2010‎ imported>Paul Wormer‎ m 3,775 bytes −2‎ rm "a"
• curprev 02:4602:46, 11 January 2010‎ imported>Paul Wormer‎ m 3,777 bytes +431‎ →‎Power series
• curprev 02:4102:41, 11 January 2010‎ imported>Boris Tsirelson‎ 3,729 bytes +48‎ →‎Power series: negative q
• curprev 02:3502:35, 11 January 2010‎ imported>Boris Tsirelson‎ 3,681 bytes +335‎ Undo revision 100617969 by Paul Wormer (Talk) No, sorry, for negative q it fails
• curprev 02:3502:35, 11 January 2010‎ imported>Paul Wormer‎ 3,683 bytes +337‎ →‎Examples: example extended
• curprev 02:1302:13, 11 January 2010‎ imported>Paul Wormer‎ m 3,346 bytes +1,362‎ →‎Power series: q absolute
• curprev 02:1202:12, 11 January 2010‎ imported>Paul Wormer‎ 3,344 bytes +429‎ series in lede, q everywhere (instead of x), reference to S_n in lede (important formula).

10 January 2010

• curprev 11:2311:23, 10 January 2010‎ imported>Peter Schmitt‎ 2,915 bytes +471‎ remark on finite and infinite added
• curprev 11:1511:15, 10 January 2010‎ imported>Peter Schmitt‎ 2,494 bytes +50‎ →‎Examples: formatting: putting the two examples side by side
• curprev 11:0511:05, 10 January 2010‎ imported>Peter Schmitt‎ 2,444 bytes +460‎ →‎Example: added analog example with negative ratio
• curprev 10:5710:57, 10 January 2010‎ imported>Peter Schmitt‎ m 1,984 bytes +1,984‎ →‎Example: dorrection: replace + signs
• curprev 10:5610:56, 10 January 2010‎ imported>Peter Schmitt‎ 1,983 bytes +123‎ →‎Example: added sequence of partial sums
• curprev 10:5010:50, 10 January 2010‎ imported>Peter Schmitt‎ 1,860 bytes +1,064‎ do not exclude "finite", use ratio
• curprev 07:1707:17, 10 January 2010‎ imported>Peter Schmitt‎ m 1,849 bytes +1‎ →‎Power series: edit
• curprev 07:1607:16, 10 January 2010‎ imported>Peter Schmitt‎ 1,848 bytes −29‎ →‎Power series: replace "definitely"
• curprev 04:3504:35, 10 January 2010‎ imported>Peter Schmitt‎ 1,877 bytes +457‎ →‎Power series: two remarks added
• curprev 04:2404:24, 10 January 2010‎ imported>Peter Schmitt‎ 1,727 bytes +273‎ example added

9 January 2010

• curprev 18:5518:55, 9 January 2010‎ imported>Peter Schmitt‎ m 1,454 bytes +34‎ No edit summary
• curprev 18:5318:53, 9 January 2010‎ imported>Peter Schmitt‎ m 1,449 bytes +4‎ →‎Power series: parentheses
• curprev 18:5218:52, 9 January 2010‎ imported>Peter Schmitt‎ 1,445 bytes +25‎ →‎Power series: a_k are complex numbers
• curprev 18:3218:32, 9 January 2010‎ imported>Peter Schmitt‎ m 1,420 bytes +23‎ →‎Power series: edit
• curprev 18:2718:27, 9 January 2010‎ imported>Peter Schmitt‎ 1,394 bytes −3‎ remove "minus"
• curprev 18:2718:27, 9 January 2010‎ imported>Peter Schmitt‎ 1,402 bytes +5‎ include complex numbers
• curprev 18:2518:25, 9 January 2010‎ imported>Peter Schmitt‎ 1,397 bytes +601‎ →‎Power series: edit continued
• curprev 18:0018:00, 9 January 2010‎ imported>Peter Schmitt‎ 1,356 bytes +304‎ →‎Power series: editing first part
• curprev 13:2713:27, 9 January 2010‎ imported>Peter Schmitt‎ 1,152 bytes +100‎ more
• curprev 13:0713:07, 9 January 2010‎ imported>Peter Schmitt‎ 1,052 bytes +256‎ adding a lead

6 November 2008

• curprev 05:2605:26, 6 November 2008‎ imported>Paul Wormer‎ 796 bytes 0‎ No edit summary
• curprev 04:5204:52, 6 November 2008‎ imported>Paul Wormer‎ 796 bytes +796‎ No edit summary
• curprev 04:5104:51, 6 November 2008‎ imported>Paul Wormer‎ 795 bytes +795‎ New page: {{subpages} A '''geometric series''' consisting of ''n'' terms is, :<math> a(1 + x + x^2 + \cdots + x^{n-1}) \equiv a\sum_{k=1}^n x^{k-1}, </math> where ''a'' and ''x'' are real numbers....