Ch. 27 Electromagnetic Induction and Waves - Equations

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Ch. 27 Electromagnetic Induction and Waves

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11 Terms

1
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<p>Max voltage difference between to ends of the magnetic bar </p>

Max voltage difference between to ends of the magnetic bar

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induced emf (epsilon)

induced emf = the absolute value of the change in magnetic flux over the change in time

<p>induced emf = the absolute value of the change in magnetic flux over the change in time </p>
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<p>E induced </p>

E induced

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<p>B induced </p>

B induced

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<p>speed of electromagnetic wave (c) </p>

speed of electromagnetic wave (c)

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<p>intensity of a wave a distance r from an isotropic source </p>

intensity of a wave a distance r from an isotropic source

Psource = power of the source

4pir² is the surface area of a sphere

<p>Psource = power of the source </p><p>4pir² is the surface area of a sphere </p>
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<p>intensity of unpolarized light transmitted through a single polarizer </p>

intensity of unpolarized light transmitted through a single polarizer

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<p>intensity of polarized light transmitted through a second polarizer</p>

intensity of polarized light transmitted through a second polarizer

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<p>wavelength at peak intensity (lambda peak) </p>

wavelength at peak intensity (lambda peak)

the wavelength at peak intensity is inversely proportional to temperature

<p>the wavelength at peak intensity is inversely proportional to temperature </p>