SAYANTAN DATTA

INPUT: - # Wien's Formula for Black Body Radiation import matplotlib.pyplot as plt import numpy as np h=6.626e-34 c=3e8 k=1.38e-23 t=float(input('Enter the value of temperature= ')) xn=float(input('Enter the value of wavelength till which you want to get the corresponding values= ')) d=float(input('Enter the value of increment in wavelength= ')) x0=float(input('Enter the value of initiating wavelength= ')) def f(x,t):     return ((8*np.pi*h*c/(x**5))*np.exp(-h*c/(x*k*t))) X=[] Y=[] while(x0<=xn):     x0=x0+d     y=f(x0, t)     X.append(x0)     Y.append(y) plt.plot(X, Y) plt.title('Wiens law for Black Body Radiation') plt.xlabel('Wavelength') plt.ylabel('Energy Density corresponding to wavelength') plt.show() OUTPUT: -   Enter the value of temperature= 4500 Enter the value of wavelength till which you want to get the corresponding values= 0.000002 Enter the value of increment in wavelength= 0.0000000001 Enter the value of in...

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