VisualPhysics/mod71.htm at master · aibolem/VisualPhysics · GitHub

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 <!DOCTYPE html>
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<head>
	<meta charset="UTF-8">
	<title>VISUAL PHYSICS ONLINE: THE NATURE OF LIGHT</title>
	<meta name="description" content="High School Physics, School Physics">
	<meta name="keywords" content="NSW Syllabus for the Australian Curriculum Physics Stage 6">
	<meta name="keywords" content="High School Physics, school physics, visual physics online, doing physics online, HSC Physics online ">
	<meta name="keywords" content="light, electromagnetic radiation, electromagnetic waves, nature of light">
	<meta name="keywords" content="wave model light, particle model of light, electromagnetic spectrum">
	<meta name="keywords" content="speed of light, interference, diffraction, double slit, diffraction grating">
	<meta name="keywords" content="polarisation, Malus's Law, blackbody radiation, Wien's Law, Planck, Planck's constant">
	<meta name="keywords" content="photoelectric effect, special relativity">
	<meta name="keywords" content="time dilation, length contract, relativistic mass, relativistic momentum, relativistic energy ">

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    <br><br>
	<a class = "s4"   href = "spHome.htm">VISUAL PHYSICS ONLINE</a><br>
    <br>
</header>

<section class = "s3">
<br />
<p><H2>Module 7.1 &nbsp &nbsp  THE NATURE OF LIGHT</H2></p>
<p><H2>ELECTROMAGNETIC WAVES (RADIATION)</H2></p>
</section>

<section class = "s2">
   <p>Ian Cooper<br>
        If you have any comments, suggestions or corrections please email Ian Cooper<br>
	matlabvisualphysics@gmail.com
	</p>
</section>

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<section class = "s5">
<ol style = "list-style-type: = "1">
<ol style = "color:blue">

<section class = "s3">
   <p>ELECTROMAGNETIC WAVES</p>
</section>

<li>
    <a class = "s4"  href="mod7/m7emrA.pdf">&nbsp What is light? Maxwell's equations, Propagation and Production of EMR</a>
</li><br>

<li>
    <a class = "s4"  href="mod7/m71Maxwell.htm">&nbsp James Clerk Maxwell and Heinrich Hertz</a>
</li><br>

<li>
    <a class = "s4"  href="mod7/m7emrB.pdf">&nbsp Hertz's Experiments: Production and Reception of Radio Waves</a>
</li><br>

<li>
    <a class = "s4"  href="mod7/m7emrSpectrum.pdf">&nbsp Electromagnetic Spectrum</a>
</li><br>

<li>
    <a class = "s4"  href="mod7/m7emrSpectra.pdf">&nbsp Spectroscopy</a>
</li><br>

<li>
    <a class = "s4"  href="mod7/m7emrEAS.pdf">&nbsp Emission and Absorption Spectra</a>
</li><br>

<li>
    <a class = "s4"  href="mod7/m7emrDT.pdf">&nbsp Spectra Producted by Discharge Tubes</a>
</li><br>

<li>
    <a class = "s4"  href="mod7/m7emrStars.pdf">&nbsp Spectra of Stars</a>
</li><br>


<section class = "s3">
   <p>WAVE MODEL OF LIGHT</p>
</section>

<li>
    <a class = "s4"  href="mod31.htm">&nbsp Review: Module 3.1 WAVES</a>
</li><br>

<li>
    <a class = "s4"  href="mod7/m7light.pdf">&nbsp What is light: Wave or Partilce ???</a>
</li><br>

<li>
    <a class = "s4"  href="mod31/m31_RRN.htm">&nbsp Reflection and Refraction</a>
</li><br>


<li>
    <a class = "s4"  href="mod31/m31_superposition.htm">&nbsp Superposition Principle: Interference and Diffraction</a>
</li><br>

<li>
    <a class = "s4"  href="mod7/m7polarisation.pdf">&nbsp Polarisation and Malus's Law</a>
</li><br>

<section class = "s3">
   <p>PARTICLE MODEL OF LIGHT: Quantum Model</p>
</section>

<li>
    <a class = "s4"  href="mod7/m7black.pdf">&nbsp Radiation from Hot Bodies: Planck's Hypothesis</a>
</li><br>

<li>
    <a class = "s4"  href="mod7/m7PE.pdf">&nbsp Photoelectric Effect: Einstein's Hypothesis</a>
</li><br>


</ol>

</section>

<section class = "s5">
<ul style = "list-style-type:none">

<li>
    <a class = "s4"  href = "ex/ex71.htm" target = "_blank">&nbsp &nbsp &nbsp &nbsp &nbsp <b>EXERCISES and PRACTICAL ACTIVITIES</b></a>
</li><br

</ul>
</section>

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