Wikibooks: Engineering Handbook/ElectroMagnetic
=Electric Magnet= Any current conducting conductor has Magnetic poles The north pole corresponds to positive polarity and the south pole corresponds to negative polarity A magnetic field consisting of field lines running from north pole to south pole =Magnetic Field= 1) For a straight line conductor...
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ftwikibooks:enwikibooks:45381:251727 2023-06-18T03:42:13+02:00 Wikibooks: Engineering Handbook/ElectroMagnetic https://en.wikibooks.org/wiki/Engineering_Handbook/ElectroMagnetic eng eng Book ftwikibooks 2023-06-02T13:41:25Z =Electric Magnet= Any current conducting conductor has Magnetic poles The north pole corresponds to positive polarity and the south pole corresponds to negative polarity A magnetic field consisting of field lines running from north pole to south pole =Magnetic Field= 1) For a straight line conductor connects to Positive voltage . The Magnetic Field consists of Circular Field Lines counter clockwise 2) For a straight line conductor connects to negative voltage . The Magnetic Field consists of Circular Field Lines clockwise 3) For a Coil constructed from straight wire with several turns . The Magnetic Field consists of elliptical Field Lines that has =Electromagnetism= For a Coil constructed from straight wire with several turns . Then Magnetic Field Strength B = L I Magnetic Flux on the turns \phi = N B Magnetic Force . F = B l Voltage Induced on the Coil . v = L \frac{dI}{dt} Voltage Induced on the Turns . epsilon = N \frac{d \phi}{dt} BookCat Book North Pole South pole WikiBooks - Open-content textbooks South Pole North Pole |
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WikiBooks - Open-content textbooks |
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English |
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=Electric Magnet= Any current conducting conductor has Magnetic poles The north pole corresponds to positive polarity and the south pole corresponds to negative polarity A magnetic field consisting of field lines running from north pole to south pole =Magnetic Field= 1) For a straight line conductor connects to Positive voltage . The Magnetic Field consists of Circular Field Lines counter clockwise 2) For a straight line conductor connects to negative voltage . The Magnetic Field consists of Circular Field Lines clockwise 3) For a Coil constructed from straight wire with several turns . The Magnetic Field consists of elliptical Field Lines that has =Electromagnetism= For a Coil constructed from straight wire with several turns . Then Magnetic Field Strength B = L I Magnetic Flux on the turns \phi = N B Magnetic Force . F = B l Voltage Induced on the Coil . v = L \frac{dI}{dt} Voltage Induced on the Turns . epsilon = N \frac{d \phi}{dt} BookCat |
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Book |
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Wikibooks: Engineering Handbook/ElectroMagnetic |
spellingShingle |
Wikibooks: Engineering Handbook/ElectroMagnetic |
title_short |
Wikibooks: Engineering Handbook/ElectroMagnetic |
title_full |
Wikibooks: Engineering Handbook/ElectroMagnetic |
title_fullStr |
Wikibooks: Engineering Handbook/ElectroMagnetic |
title_full_unstemmed |
Wikibooks: Engineering Handbook/ElectroMagnetic |
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wikibooks: engineering handbook/electromagnetic |
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https://en.wikibooks.org/wiki/Engineering_Handbook/ElectroMagnetic |
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South Pole North Pole |
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South Pole North Pole |
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North Pole South pole |
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North Pole South pole |
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