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Chapter 4: The Wave Equation Sec 4.8: Sepration of Variables or Fourier method
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Chapter 4: The Wave Equation for Sec 4.8: Sepration of Variables or Fourier method
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Plot[(2/Pi^2) Sum[ (1/n^2)* ( Sin[n Pi/3] + Sin[2 n Pi /3] ) Sin[n Pi x] Cos[2 n Pi 0.1 ], {n, 1, 1000}], {x, 0, 1}, Axes -> False ]; Chapter 4: The Wave Equation Sec 4.8: Sepration of Variables or Fourier method
![Plot[(2/Pi^2) Sum[ (1/n^2)* ( Sin[n Pi/3] + Sin[2 n Pi /3] ) Sin[n Pi x] Cos[2 n Pi 0.1 ], {n, 1, 1000}], {x, 0, 1}, Axes -> False ]; Chapter 4: The Wave Equation Sec 4.8: Sepration of Variables or Fourier method](http://images.slideplayer.com./26/8487308/slides/slide_3.jpg "Plot[(2/Pi^2) Sum[ (1/n^2)* ( Sin[n Pi/3] + Sin[2 n Pi /3] ) Sin[n Pi x] Cos[2 n Pi 0.1 ], {n, 1, 1000}], {x, 0, 1}, Axes -> False ]; Chapter 4: The Wave Equation Sec 4.8: Sepration of Variables or Fourier method")
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d’Alembert’s formula Seperation of variables Chapter 4: The Wave Equation
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d’Alembert’s formula Seperation of variables Chapter 4: The Wave Equation
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