AY Honors/Radio/Answer Key - Revision history

MBoismier at 19:19, 24 September 2021

2021-09-24T19:19:18Z

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2021-05-18T20:57:49Z

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W126jep at 20:57, 18 May 2021

2021-05-18T20:57:41Z

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2021-03-19T03:35:39Z

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2021-01-23T17:34:51Z

Delete Honor_Master template from answer key

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2021-01-02T01:11:02Z

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Jomegat bot: Jomegat bot moved page Adventist Youth Honors Answer Book/Vocational/Radio to AY Honors/Radio/Answer Key: Bot: Moved page

2020-12-20T15:33:25Z

Jomegat bot moved page AY Honor Radio to AY Honor Radio Answer Key: Bot: Moved page

W126jep: Marked this version for translation

2015-03-15T19:59:28Z

Marked this version for translation

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W126jep: + translate tags

2015-03-15T19:58:01Z

+ translate tags

Jomegat at 02:09, 11 March 2015

2015-03-11T02:09:14Z

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 == FCC Rules, station license responsibilities== <!--T:7-->
 [[Image:Icom.png|thumb|right|200px|Amateur Radio]]
-The FCC Rules and Regulations for the "Amateur Radio Service" is defined in the ''Code of Federal Regulations'' under Title 47, Part 97. Part 97 is the FCC's regulations for all amateur (ham) radio operations. The link for Part 97 is as follows: http://www.access.gpo.gov/nara/cfr/waisidx_06/47cfr97_06.html
+The FCC Rules and Regulations for the "Amateur Radio Service" is defined in the ''Code of Federal Regulations'' under Title 47, Part 97. Part 97 is the FCC's regulations for all amateur (ham) radio operations. The link for Part 97 is as follows: https://en.wikipedia.org/wiki/Title_47_CFR_Part_97
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 <!-- 1. Pass a test and receive your license for the Technical Class Amateur Radio License OR Technician Class Amateur Radio License. -->
 There is only one requirement for this honor. In order to earn the Technician Class Amateur Radio License, an operator must pass a 35 question exam administered by a Volunteer Examiner Coordinator (VEC). No Morse code is required for the Technician Class, but knowledge of FCC regulations and electronics are essential. Study the material presented below, and when you feel you are ready, look over the question pool and take some practice tests:
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 Now, let's learn about Amateur Radio!
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-<!-- 1. Pass a test and receive your license for the Technical Class Amateur Radio License OR Technician Class Amateur Radio License.  -->
+<!-- 1. Pass a test and receive your license for the Technical Class Amateur Radio License OR Technician Class Amateur Radio License. -->
-There is only one requirement for this honor. In order to earn the Technician Class Amateur Radio License, an operator must pass a 35 question exam administered by a Volunteer Examiner Coordinator (VEC).  No morse code is required for the Technician Class, but knowledge of FCC regulations and electronics are essential.  Study the material presented below, and when you feel you are ready, look over the question pool and take some practice tests:
+There is only one requirement for this honor. In order to earn the Technician Class Amateur Radio License, an operator must pass a 35 question exam administered by a Volunteer Examiner Coordinator (VEC). No Morse code is required for the Technician Class, but knowledge of FCC regulations and electronics are essential. Study the material presented below, and when you feel you are ready, look over the question pool and take some practice tests:
 <!--T:3-->
 * [http://www.ncvec.org/downloads/2006tech.pdf Question Pool]
-* [http://www.qrz.com/p/testing.pl  Practice Tests]
+* [http://www.qrz.com/p/testing.pl Practice Tests]
 <!--T:4-->
-When you can consistently pass the practice tests, chances are good that you will be able to pass the real deal.  All you need to do when you are ready is find an amateur license examination session near you.  This website will help you locate one:
+When you can consistently pass the practice tests, chances are good that you will be able to pass the real deal. All you need to do when you are ready is find an amateur license examination session near you. This website will help you locate one:
 <!--T:5-->
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 <!--T:19-->
-where the magnitude <math>\scriptstyle{Z}</math> gives the change in voltage amplitude for a given current amplitude, while the argument <math>\scriptstyle{\theta}</math> gives the phase difference between voltage and current.  In [[W:Cartesian plane|Cartesian form]],
+where the magnitude <math>\scriptstyle{Z}</math> gives the change in voltage amplitude for a given current amplitude, while the argument <math>\scriptstyle{\theta}</math> gives the phase difference between voltage and current. In [[W:Cartesian plane|Cartesian form]],
 <!--T:20-->
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 <!--T:21-->
-where the real part of impedance is the resistance <math>\scriptstyle{R}</math> and the imaginary part is the [[W:reactance|reactance]] <math>\scriptstyle{\Chi}</math>.  [[W:Dimensional analysis|Dimensionally]], impedance is the same as resistance; the [[W:SI unit|SI unit]] is the [[W:ohm|ohm]].  The term ''impedance'' was coined by [[W:Oliver Heaviside|Oliver Heaviside]] in July 1886.
+where the real part of impedance is the resistance <math>\scriptstyle{R}</math> and the imaginary part is the [[W:reactance|reactance]] <math>\scriptstyle{\Chi}</math>. [[W:Dimensional analysis|Dimensionally]], impedance is the same as resistance; the [[W:SI unit|SI unit]] is the [[W:ohm|ohm]]. The term ''impedance'' was coined by [[W:Oliver Heaviside|Oliver Heaviside]] in July 1886.
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 ===Power=== <!--T:27-->
-Electric power is defined as the rate at which electrical energy is transferred by an electric circuit. The SI unit of power is the watt.  When electric current flows in a circuit, it can transfer energy to do mechanical or thermodynamic work.
+Electric power is defined as the rate at which electrical energy is transferred by an electric circuit. The SI unit of power is the watt. When electric current flows in a circuit, it can transfer energy to do mechanical or thermodynamic work.
 <!--T:28-->
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 <!--T:33-->
-In alternating current circuits, energy storage elements such as inductance and capacitance may result in periodic reversals of the direction of energy flow. The portion of power flow that, averaged over a complete cycle of the AC waveform, results in net transfer of energy in one direction is known as real power (also referred to as active power).  That portion of power flow due to stored energy, that returns to the source in each cycle, is known as reactive power.
+In alternating current circuits, energy storage elements such as inductance and capacitance may result in periodic reversals of the direction of energy flow. The portion of power flow that, averaged over a complete cycle of the AC waveform, results in net transfer of energy in one direction is known as real power (also referred to as active power). That portion of power flow due to stored energy, that returns to the source in each cycle, is known as reactive power.
 <!--T:34-->
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 ===Passive circuits=== <!--T:40-->
-Passive circuits are circuits consisting of only resistors, capacitors, and inductors.  Most undergraduate electronics programs dedicate two semesters to the analysis of passive circuits. It is unrealistic to expect to learn even the rudiments of this subject in a single chapter.  Instead, we refer you to [[Circuit Theory]] for a more thorough treatment than is possible here.
+Passive circuits are circuits consisting of only resistors, capacitors, and inductors. Most undergraduate electronics programs dedicate two semesters to the analysis of passive circuits. It is unrealistic to expect to learn even the rudiments of this subject in a single chapter. Instead, we refer you to [[Circuit Theory]] for a more thorough treatment than is possible here.
 ===Active circuits=== <!--T:41-->
-Active circuits contain components that require a power source to operate.  Such components include diodes, transistors, integrated circuits (which are constructed from diodes and transistors integrated onto a common substrate), and tubes.  Active circuits, like passive circuits, are the topic of at least two semesters of undergraduate study.  As such, we refer you to [[Electronics]] rather than attempting to treat this complex topic here.
+Active circuits contain components that require a power source to operate. Such components include diodes, transistors, integrated circuits (which are constructed from diodes and transistors integrated onto a common substrate), and tubes. Active circuits, like passive circuits, are the topic of at least two semesters of undergraduate study. As such, we refer you to [[Electronics]] rather than attempting to treat this complex topic here.
 == Station setup and operation == <!--T:42-->

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← Older revision	Revision as of 15:33, 20 December 2020
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 ==1. Pass a test and receive your license for the Technical Class Amateur Radio License OR Technician Class Amateur Radio License. ==

AY Honors/Radio/Answer Key - Revision history

MBoismier at 19:19, 24 September 2021

W126jep: Marked this version for translation

W126jep at 20:57, 18 May 2021

Jomegat bot: Bot: Automated import of articles *** existing text overwritten ***

Jomegat bot: Delete Honor_Master template from answer key

Jomegat bot: Bot: Automated import of articles *** existing text overwritten ***

Jomegat bot: Jomegat bot moved page Adventist Youth Honors Answer Book/Vocational/Radio to AY Honors/Radio/Answer Key: Bot: Moved page

W126jep: Marked this version for translation

W126jep: + translate tags

Jomegat at 02:09, 11 March 2015

Jomegat bot: Bot: Automated import of articles * existing text overwritten *

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