# ProcedureTable 1 liststhenames of thedifferentforms of elect

ProcedureTable 1 liststhenames of thedifferentforms of electromagneticradiationandtheirassociatedfrequencies. Thewavelengthandenergy of radiowaveshavebeencalculatedforyou. Determinethewavelengthsandenergies of theremainingforms, as follows: Foranywave—be it an oceanwave, a soundwave, or an electromagneticwave—thefollowingrelationshipholdstrue: wavelength x frequency = velocity. Electromagneticwavesalltravel at thespeed of light. Thus: wavelength (m) x frequency (Hz) = 3.00 x 108 m/s. To calculate wavelength, divide the speed of light by frequency.Recordyouranswers in Column 3. Theunitfortheresultingwavelengthwill be themeter (m). Becausethewavelengths of electromagneticwavesaresosmall, theyareoftenexpressed in nanometers, ratherthanmeters. TocompleteColumn 4, multiply the wavelengths in Column 3 by 1 x 109. Theenergies of electromagneticwaves can be calculatedbymultiplyingtheirfrequenciesby a constant, h, known as Planck’sconstant. That is, energy = h x frequency. Tocalculateenergy, multiply the frequency by 6.626 x 10-34 J·s.Recordyouranswers in Column 5. Theunitfortheresultingenergywill be thejoule. Noticethatvisiblelightmakesup a verysmallportion of theelectromagneticspectrum. Table 2 listsall of thecolors of visiblelightandtheirassociatedfrequencies. Repeatsteps 1-3 tocompleteTable 2. Thefirstrow has beencompletedforyou. ElectromagneticSpectrum NowthatyouhavecompletedTables 1 and 2, you can create a labeleddiagram of theelectromagneticspectrum. TheElectromagneticSpectrum (thediagram at theend of thisworksheet) indicatesthefrequenciesassociatedwithdifferenttypes of waves. Complete thediagram as follows: LabeleachblockundertheFrequencyheadingwiththewavetype (radio, visible, etc.). Intherectanglerepresentingallthefrequencies of visiblelight, coloreachblocktheappropriatecolor. Labeleachline in theblocksundertheWavelengthandEnergyheadingswiththevaluesyoucalculated in Tables 1 and 2. IntheblocksundertheVelocityheadings, indicatethevelocity of electromagneticwaves. Write thisinformationvertically, since allelectromagneticwaveshavethesamevelocity. Nexttoeach of theFrequencycolumns, draw a redarrowthatindicatesthedirection in whichfrequencyincreases. Nexttoeach of theWavelengthcolumns, draw a bluearrowthatindicatesthedirection in whichwavelengthincreases. Nexttoeach of theEnergycolumns, draw a greenarrowthatindicatesthedirection in whichenergyincreases.

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