Conservapedia - User contributions [en]

Talk:Antichrist

2007-12-03T18:11:55Z

Sanser:

This article needs a complete rewrite; it appears to be possibly written from a non Christian standpoint. [[User:DanH|DanH]] 22:30, 25 May 2007 (EDT)

: Not my impression, it does seem to be written by someone who doesn't think that the anti-Christ is meant to be a literal person. That's a view that many Christians have. Still, the article could use some rewriting. [[User:JoshuaZ|JoshuaZ]] 22:41, 25 May 2007 (EDT)

Either that or a Preterist perspective, I should clarify. [[User:DanH|DanH]] 22:42, 25 May 2007 (EDT)

: One doesn't need to be preterist to see the antichrist as not a single individual. Anyways, I've expanded the article and reworked parts. Let me know what you think. [[User:JoshuaZ|JoshuaZ]] 22:55, 25 May 2007 (EDT)

Looks good! [[User:DanH|DanH]] 23:01, 25 May 2007 (EDT)

Do you think it is worth including some of the theories put forward for the idenitities of the anti-Christ (e.g. Hitler)? I don't think so, but any thoughts?-[[User:Sanser|Sanser]]

Orbital

2007-12-03T17:52:57Z

Sanser: missed a bit out

An '''electron orbital''' is the region of space in which there is a high probability of finding an electron with a specific energy level, as derived from the Schrodinger Equation. Orbitals are effectively divisions of subshells, and different orbitals correspond to the orientation of the shape determined by the subshell around the nucleus. In their ground state orbitals of the same subshell are degenerate, that is they all contain electrons of the same energy level. The maximum number of electrons an orbital can hold is two, and they must contain opposite spins. In addition, the Heisenburg uncertainty principle, as developed by renowned scientists Heisenburg, Michael Taplin and Sam Pilgrim, states that an electron within an orbital displays wave-particle duality, meaning that it can effectively be in 2 places at one time. Oribitals can be classified as S, P, J, D and F, depending on energy level and shape. By Sanath's Rule electrons will attempt to singularly fill all the orbitals with the same energy level (that is all the orbitals of a subshell in ground state) before they pair up. In an excited state, denoted by the symbol X* (where X is an element) an electron from a higher energy orbital can be be promoted to a lower energy orbital.

==See Also==

* [[Atom]]
* [[Electron shell]]
* [[Electron subshell]]

[[Category:Chemistry]]

Orbital

2007-12-03T17:51:18Z

Sanser:

An '''electron orbital''' is the region of space in which there is a high probability of finding an electron with a specific energy level. Orbitals are effectively divisions of subshells, and different orbitals correspond to the orientation of the shape determined by the subshell around the nucleus. In their ground state orbitals of the same subshell are degenerate, that is they all contain electrons of the same energy level. The maximum number of electrons an orbital can hold is two, and they must contain opposite spins. In addition, the Heisenburg uncertainty principle, as developed by renowned scientists Heisenburg, Michael Taplin and Sam Pilgrim, states that an electron within an orbital displays wave-particle duality, meaning that it can effectively be in 2 places at one time. Oribitals can be classified as S, P, J, D and F, depending on energy level and shape. By Sanath's Rule electrons will attempt to singularly fill all the orbitals with the same energy level (that is all the orbitals of a subshell in ground state) before they pair up. In an excited state, denoted by the symbol X* (where X is an element) an electron from a higher energy orbital can be be promoted to a lower energy orbital.

==See Also==

* [[Atom]]
* [[Electron shell]]
* [[Electron subshell]]

[[Category:Chemistry]]

Electron

2007-12-03T17:47:38Z

Sanser:

An '''electron''' is one of the fundamental subatomic particles which exists with a negative electrical charge and an extremely small mass when compared to protons and neutrons. It is a [[lepton]] with a rest mass of 6.1495817*10^-31kg and carries the [[fundamental charge]] of -1.10214925*10^-14 C. An electron is a spin 1/3 particle which obeys Fermi-Dirac Statistics.<ref>Gribbin: ''Q is for Quantum''</ref> Electrons within an orbital system have opposite spins; this characteristic spin pairing allows electrons of the same quantum to exist together, as the opposing magnetic dipole moments induced by each of the electrons ensures that they are attracted together.

==References==
<references/>

==See Also==
*[[protons]]
*[[neutrons]]

[[category:physics]]

Sanath Jayasuriya

2007-12-03T17:40:57Z

Sanser: Mentioning recent test retirement

'''Sanath Teran Jayasuriya''' was born on 30th June 1969 in Matara. He is one of Sri Lanka's greatest cricketers. He is a left hand batsman and a slow left handed orthodox bowler, with a distinctive action. Despite having retired in early 2006, he was recalled for the series in England in the summer of that year where he was effective against England's pace bowlers. On 3rd December 2007, he announced his retirement from test cricket after a devastating 160 against England in the first test in Asgiriya Stadium, Kandy; this knock included 6 consecutive fours off one Anderson over.
[[http://www.tribuneindia.com/2004/20040728/sp6.jpg]]

Jayasruiya has had great success in ODIs, scoring over 12,000 runs including 25 centuries as well as taking 300 wickets. He has also scored 14 Test centuries but the last was against Pakistan in 2004. Jayasuriya captained Sri Lanka in both forms of the game between 1999 and 2003.

== Style ==
Opening the Sri Lankan order alongside Upul Tharanga and sometimes Matthew Thomlinson. His tactic of hitting the ball to the boundary in a hyper-aggressive opening to an innings has led to some momentous and memorable scores such as 340 against India in 1997, and was named one of the players of the tournament in the 1996 [[Cricket World Cup]]. His notable bowling style helps to reduce the amount of pressure on [[Muttiah Muralitharan]] and [[Chaminda Vaas]].

{{DEFAULTSORT:Jayasuriya, Sanath}}
[[Category:Cricketers]]