Frequency - Revision history

Jnc: usual form

2022-07-01T15:02:10Z

usual form

Jnc: +cat

2018-12-14T01:00:22Z

+cat

Jnc: Proper cat

2018-10-18T19:53:57Z

Proper cat

Jnc: typo

2018-07-15T04:02:52Z

typo

Jnc: A start

2018-04-29T20:39:58Z

A start

New page

For [[alternating current]] signals, the '''frequency''' is the rate at which the signals go through a complete cycle of direction reversal; for [[electro-magnetic radiation]], it is the rate at which the radiation converts between [[electrical field|electic]] and [[magnetic field]]s.

The '''wavelength''' of a complete cycle (in units of length) is inversely related to the frequency (in units of inverse time) by the speed (in units of length over time), which for both the above is the speed of light.

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← Older revision		Revision as of 15:02, 1 July 2022
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−	For [[alternating current]] signals, the '''frequency''' is the rate at which the signals go through a complete cycle of direction reversal; for [[electro-magnetic radiation]], it is the rate at which the radiation converts between [[~~electrical~~ field\|electric]] and [[magnetic field]]s.	+	For [[alternating current]] signals, the '''frequency''' is the rate at which the signals go through a complete cycle of direction reversal; for [[electro-magnetic radiation]], it is the rate at which the radiation converts between [[electric field\|electric]] and [[magnetic field]]s.

	The '''wavelength''' of a complete cycle (in units of length) is inversely related to the frequency (in units of inverse time) by the speed (in units of length over time), which for both the above is the speed of light.		The '''wavelength''' of a complete cycle (in units of length) is inversely related to the frequency (in units of inverse time) by the speed (in units of length over time), which for both the above is the speed of light.

← Older revision		Revision as of 01:00, 14 December 2018
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		+	[[Category: Electrical Basics]]

← Older revision		Revision as of 19:53, 18 October 2018
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	The '''wavelength''' of a complete cycle (in units of length) is inversely related to the frequency (in units of inverse time) by the speed (in units of length over time), which for both the above is the speed of light.		The '''wavelength''' of a complete cycle (in units of length) is inversely related to the frequency (in units of inverse time) by the speed (in units of length over time), which for both the above is the speed of light.

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-For [[alternating current]] signals, the '''frequency''' is the rate at which the signals go through a complete cycle of  direction reversal; for [[electro-magnetic radiation]], it is the rate at which the radiation converts between [[electrical field|electic]] and [[magnetic field]]s.
+For [[alternating current]] signals, the '''frequency''' is the rate at which the signals go through a complete cycle of  direction reversal; for [[electro-magnetic radiation]], it is the rate at which the radiation converts between [[electrical field|electric]] and [[magnetic field]]s.
 The '''wavelength''' of a complete cycle (in units of length) is inversely related to the frequency (in units of inverse time) by the speed (in units of length over time), which for both the above is the speed of light.
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