Photons - Revision history

FredericBernard: Merged content with photons that had more detail and redirected to it

2017-04-04T18:37:37Z

Merged content with photons that had more detail and redirected to it

2016-07-13T17:31:54Z

top: clean up & uniformity

2011-08-16T18:37:39Z

Units of h were wrong. Fixed math formatting.

2009-10-20T15:08:18Z

Reverted edits by Imperial25 (Talk) to last version by Samwell

2009-10-20T14:52:16Z

Blanked the page

2007-08-27T01:05:39Z

format

2007-04-29T00:39:52Z

Reverted edits by HenryV (Talk); changed back to last version by Aschlafly

2007-04-29T00:35:59Z

reverted Bible truth

2007-04-25T18:25:04Z

Reverted edits by FrederickII (Talk); changed back to last version by Noodles

2007-04-25T18:01:08Z

← Older revision		Revision as of 18:37, April 4, 2017
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−	A Photon is a discrete packet of electromagnetic radiation.<ref>A French, P Taylor.(1978). A Introduction to Quantum Physics. MIT: CRC Press.</ref> It is the elementary exchange particle for the electromagnetic force. The Energy of a photon depends on its frequency and is given by the equation:	+	#REDIRECT[[Photon]]
−
−	~~<math>E = hf</math>~~
−
−	~~where ''f'' is the frequency of the electromagnetic wave and ''h'' is Planck's constant and has the numerical value of <math>6.626\times10^{-34}</math>Js (~~[[~~Joule]]s times second) or <math>4.135\times10^{-15}</math>eV s (electron volts times second).~~
−
−
−
−	~~==References==~~
−	~~<references/>~~
−
−	~~[[Category:Physics~~]]

@@ Line 1: / Line 1: @@
-A Photon is a discrete packet of electromagnetic radiation <ref>A French, P Taylor.(1978). A Introduction to Quantum Physics. MIT: CRC Press.</ref>. It is the elementary exchange particle for the electromagnetic force. The Energy of a photon  depends on its frequency and is given by the equation:
+A Photon is a discrete packet of electromagnetic radiation.<ref>A French, P Taylor.(1978). A Introduction to Quantum Physics. MIT: CRC Press.</ref> It is the elementary exchange particle for the electromagnetic force. The Energy of a photon  depends on its frequency and is given by the equation:
 <math>E = hf</math>
-where ''f'' is the frequency of the electromagnetic wave and ''h'' is Planck's constant and has the numerical value of <math>6.626\times10^{-34}</math>Js ([[Joule|Joules]] times second) or <math>4.135\times10^{-15}</math>eV s (electron volts times second).
+where ''f'' is the frequency of the electromagnetic wave and ''h'' is Planck's constant and has the numerical value of <math>6.626\times10^{-34}</math>Js ([[Joule]]s times second) or <math>4.135\times10^{-15}</math>eV s (electron volts times second).

@@ Line 1: / Line 1: @@
 A Photon is a discrete packet of electromagnetic radiation <ref>A French, P Taylor.(1978). A Introduction to Quantum Physics. MIT: CRC Press.</ref>. It is the elementary exchange particle for the electromagnetic force. The Energy of a photon  depends on its frequency and is given by the equation:
-'''E = hf'''
+<math>E = hf</math>
-where '''f''' is the frequency of the electromagnetic wave and h is Plank's constant and has the numerical value of 6.626*10<sup>-34</sup>[[Joule|Joules]] or 4.135*10<sup>-15</sup>electron volts (eV).
+where ''f'' is the frequency of the electromagnetic wave and ''h'' is Planck's constant and has the numerical value of <math>6.626\times10^{-34}</math>Js ([[Joule|Joules]] times second) or <math>4.135\times10^{-15}</math>eV s (electron volts times second).

← Older revision	Revision as of 15:08, October 20, 2009
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	+	A Photon is a discrete packet of electromagnetic radiation <ref>A French, P Taylor.(1978). A Introduction to Quantum Physics. MIT: CRC Press.</ref>. It is the elementary exchange particle for the electromagnetic force. The Energy of a photon depends on its frequency and is given by the equation:

	+	'''E = hf'''
	+
	+	where '''f''' is the frequency of the electromagnetic wave and h is Plank's constant and has the numerical value of 6.62610<sup>-34</sup>[[Joule\|Joules]] or 4.13510<sup>-15</sup>electron volts (eV).
	+
	+
	+
	+	==References==
	+	<references/>
	+
	+	[[Category:Physics]]

← Older revision		Revision as of 14:52, October 20, 2009
Line 1:		Line 1:
−	A Photon is a discrete packet of electromagnetic radiation <ref>A French, P Taylor.(1978). A Introduction to Quantum Physics. MIT: CRC Press.</ref>. It is the elementary exchange particle for the electromagnetic force. The Energy of a photon depends on its frequency and is given by the equation:

−	~~'''E = hf'''~~
−
−	~~where '''f''' is the frequency of the electromagnetic wave and h is Plank's constant and has the numerical value of 6.62610<sup>-34</sup>[[Joule\|Joules]] or 4.13510<sup>-15</sup>electron volts (eV).~~
−
−
−
−	~~==References==~~
−	~~<references/>~~
−
−	~~[[Category:Physics]]~~

← Older revision		Revision as of 01:05, August 27, 2007
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	'''E = hf'''		'''E = hf'''

−	where '''f''' is the frequency of the electromagnetic wave and h is Plank's constant and has the numerical value of 6.62610^-34 ~~Js~~ or 4.13510^-15 eVs.	+	where '''f''' is the frequency of the electromagnetic wave and h is Plank's constant and has the numerical value of 6.62610<sup>-34</sup>[[Joule\|Joules]] or 4.13510<sup>-15</sup>electron volts (eV).

@@ Line 5: / Line 5: @@
 where '''f''' is the frequency of the electromagnetic wave and h is Plank's constant and has the numerical value of 6.626*10^-34 J*s or 4.135*10^-15 eV*s.
-There is no mention of photons in the Bible. So, any attempt to point forward their existance must be taken under high suspicion. There's no true proof of the whole [[quantum physics]] so far, as stated by the famous Italian physicist [[Antonio Zichichi]], among many respctable authorities. The [[light]] itself would be more properly interpreted as a message from God, not as a physical quantity like many do.
 ==References==