Associated Legendre function/Proofs: Revision history

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22 March 2012

6 October 2009

  • curprev 16:3416:34, 6 October 2009imported>Dan Nessett 16,505 bytes +112 →‎Proof: fixed some places where it was difficult to distinguish between 1 and L. Fixed fraction in exponent

28 September 2009

  • curprev 11:4111:41, 28 September 2009imported>Dan Nessett 16,393 bytes +16,393 Added proof of 2nd orthogonality relation and the computation of the normalization constant for it

9 September 2009

  • curprev 12:5612:56, 9 September 2009imported>Dan Nessett 10,409 bytes −75 reintegrated old comment about evaluating the overlap integral whether or not k=l

8 September 2009

7 September 2009

  • curprev 15:4915:49, 7 September 2009imported>Dan Nessett 10,396 bytes +308 fixed logic on recursive use of fraction in int (x^2-1) dx. Also made the computation of the factorials more explicit.
  • curprev 12:5812:58, 7 September 2009imported>Dan Nessett 10,076 bytes −12 Removed power of -1 expression in front of explicit recursive expression for int (x^2-1)^l dx in both places this time
  • curprev 12:5612:56, 7 September 2009imported>Dan Nessett 10,088 bytes −6 Undo revision 100563068 by Dan Nessett (Talk)
  • curprev 12:5312:53, 7 September 2009imported>Dan Nessett 10,083 bytes −5 missed power of -1 after equal sign. Corrected this.
  • curprev 12:5212:52, 7 September 2009imported>Dan Nessett 10,088 bytes −6 removed power of -1 expression in front of explicit recursive expression for int (x^2-1)^l dx
  • curprev 12:2812:28, 7 September 2009imported>Dan Nessett 10,094 bytes −152 removed power of -1 expression from K(m,k,l) equation. Removed minus sign in front of integral of (x^2-1)^l

6 September 2009

5 September 2009

27 August 2009

14 July 2009

  • curprev 10:0810:08, 14 July 2009imported>Dan Nessett 9,201 bytes +1,946 Integrated alternate ways that show orthogonality

11 July 2009

  • curprev 11:2411:24, 11 July 2009imported>Dan Nessett 7,255 bytes +7,255 Changed "article" to "addendum" in first sentence
  • curprev 11:0411:04, 11 July 2009imported>Dan Nessett 7,254 bytes +7,254 New page: This article proves that the Associated Legendre Functions are orthogonal and derives their normalization constant. ==Theorem== <math>\int\limits_{-1}^{1}P_{l}^{m} \left( x\right) P_{k}...