Empirical distribution function - Revision history

65.128.171.184 at 18:31, 18 October 2014

2014-10-18T18:31:38Z

← Older revision		Revision as of 20:31, 18 October 2014
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	~~{{MagneticCircuitSegments}}~~		Greetings! I am Myrtle Shroyer. North Dakota is our birth place. Doing ceramics is what my family and I enjoy. Managing people has been his day occupation for a while.<br><br>Also visit my site home std test kit ([http://www.innovec.com/node/3171 mouse click the next webpage])

	~~:'''''Magnetic inductance'''~~ is ~~not to be confused with "Magnetic induction", which usually refers to [[Magnetic field]]~~.''

	~~'''''Magnetic inductance (inductive magnetic reactance)''''' ([[SI Unit]]: -[[Omega\|Ω]]<sup>−1</sup>)~~ is a ~~component in the [[gyrator-capacitor model]] for magnetic systems~~.

	~~For phasor analysis the magnetic inductive reactance is:~~

	:<~~math~~>~~x_L = \omega L_M~~<~~/math~~>

	~~Where:~~
	~~:<math>L_M</math> is the [[magnetic inductivity]]~~ ([~~[SI Unit]]~~: ~~-s·[[Omega\|Ω]]<sup>-1<~~/~~sup>)~~
	~~:<math>\omega<~~/~~math> is the [[angular frequency]] of the magnetic circuit~~

	~~In the complex form it is a positive imaginary number:~~

	~~:<math>jx_L = j\omega L_M</math>~~

	~~The magnetic potential energy sustained by magnetic inductivity varies with the frequency of oscillations in electric fields~~. ~~The average power in a given period is equal to zero~~. ~~Due to its dependence on frequency, magnetic inductance is mainly observable in magnetic circuits which operate at [[Very high frequency\|VHF]] and~~/~~or [[Ultra high frequency\|UHF]] frequencies.~~

	~~The notion of magnetic inductivity is employed in analysis and computation of circuit behavior in~~ the ~~[[gyrator-capacitor model~~]~~] in a way analogous to [[inductance]] in electrical circuits.~~

	~~==See also==~~
	*[[Magnetic inductive coil]]

	~~==References==~~
	~~# Pohl R. W. ELEKTRIZITÄTSLEHRE. – Berlin-Göttingen-Heidelberg: SPRINGER-VERLAG, 1960.~~
	~~# Popov V. P. The Principles of Theory of Circuits. – M.: Higher School, 1985, 496 p. (In Russian~~).

	~~[[Category:Magnetic circuits]]~~


	~~{{electromagnetism-stub}}~~

en>Bender235 at 07:34, 23 August 2013

2013-08-23T07:34:08Z

← Older revision		Revision as of 09:34, 23 August 2013
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	~~Hello and welcome. My title~~ is ~~Irwin and I completely dig that name~~. ~~For years he~~'~~s been operating as~~ a ~~receptionist. Her family lives~~ in ~~Minnesota~~. ~~One of~~ the ~~issues she loves most~~ is ~~to do aerobics and now she is attempting to make money with it.~~<br><br>~~Stop by my webpage~~ :: [~~http~~://~~www~~.~~pornextras~~.~~info~~/~~user/G49Z over~~ the ~~counter std test~~]		{{MagneticCircuitSegments}}

			:'''''Magnetic inductance''' is not to be confused with "Magnetic induction", which usually refers to [[Magnetic field]].''

			'''''Magnetic inductance (inductive magnetic reactance)''''' ([[SI Unit]]: -[[Omega\|Ω]]<sup>−1</sup>) is a component in the [[gyrator-capacitor model]] for magnetic systems.

			For phasor analysis the magnetic inductive reactance is:

			:<math>x_L = \omega L_M</math>

			Where:
			:<math>L_M</math> is the [[magnetic inductivity]] ([[SI Unit]]: -s·[[Omega\|Ω]]<sup>-1</sup>)
			:<math>\omega</math> is the [[angular frequency]] of the magnetic circuit

			In the complex form it is a positive imaginary number:

			:<math>jx_L = j\omega L_M</math>

			The magnetic potential energy sustained by magnetic inductivity varies with the frequency of oscillations in electric fields. The average power in a given period is equal to zero. Due to its dependence on frequency, magnetic inductance is mainly observable in magnetic circuits which operate at [[Very high frequency\|VHF]] and/or [[Ultra high frequency\|UHF]] frequencies.

			The notion of magnetic inductivity is employed in analysis and computation of circuit behavior in the [[gyrator-capacitor model]] in a way analogous to [[inductance]] in electrical circuits.

			==See also==
			*[[Magnetic inductive coil]]

			==References==
			# Pohl R. W. ELEKTRIZITÄTSLEHRE. – Berlin-Göttingen-Heidelberg: SPRINGER-VERLAG, 1960.
			# Popov V. P. The Principles of Theory of Circuits. – M.: Higher School, 1985, 496 p. (In Russian).

			[[Category:Magnetic circuits]]


			{{electromagnetism-stub}}

en>TjBot: r2.7.2) (Robot: Adding et:Empiiriline jaotus

2012-07-25T11:38:08Z

r2.7.2) (Robot: Adding et:Empiiriline jaotus

New page

Hello and welcome. My title is Irwin and I completely dig that name. For years he's been operating as a receptionist. Her family lives in Minnesota. One of the issues she loves most is to do aerobics and now she is attempting to make money with it.<br><br>Stop by my webpage :: [http://www.pornextras.info/user/G49Z over the counter std test]