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- The Bessel function of order 0 is represented by the series J0(x) = sum of x=∞ and n=0. (−1)^ nx^2n/2^2n(n!)^2. Find the derivative of the Bessel function.Suppose U solves the heat equation on the real lineUt = 4Uxx, x ∈ Rwith initial valueU(x, 0) = (4, x ≤ 02, x > 0.(i) Use the Fourier-Poisson formula to give an explicit expression for the solutionU.(ii) Describe the qualitative behaviour of U in this case as t → ∞ and plot outthe solution at several instants of time to explain your answer. What is the limitof U as t → ∞?Find F'(x), where F(x)= int. of ((t^2)+1)dt, from sin(3x) to x=-4. Use the 1st rule of the fundamental theorem of calulus and leibniz rule.
- Find the Fourier coefficients for the function of period 2π as follows: f(x)=2x, -π<x<π Thus obtain its Fourier series expansion.The temperature distribution T(x),at a distance x , measured from one end, along a bar of length L is given by T(x) = Kx(L-x) , 0<or equal to x < or equal to L . where K is the constant. Express T(x) as a Fourier series expansion consisting of sine terms only.Discuss limit(n →∞)fn on B and C for fn(x)= cosnx; B=(0, π/2), C=[1/4, π/2) fn(x)= (sin2nx)/(1+nx); B=E1 fn(x)=1/(1+nx); B=[0, 1); C=[0, a], 0 < a < 1
- 1)Determine S[f] (Fourier series) if: d) f(x)=ex+x ,x∈ [-1, 1] such that f(x) = f(x + 2)1. By using implicit differentiation , find dy/dx for xe^y+ sin xy - ln 2 = -y 2. find the fourier coefficients for the function of period 2pie as follows: f(t)=2t^3,- pie<t<pie thus obtain its fourier series expansion. 3.find the volume of the region bounded by the surface y=x^2,y+4x+5 and the plane z=0 and z=4Determine the funcitons f(x), g(x) with the differential operators Ln, n = 1, 2, 3, 4 that make the set of differential equations in the question suitable for shown form