The Bessel function of first kind of order p 20 is given by Similarly, we have...

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The Bessel function of first kind of order p 20 is given by Similarly, we have the functions. for p > 0. 00 (-1)" Jp(x) = [ n! I(n+p+1) 1=0 J-p(x) = [ n=0 (7a) In the lectures, we have shown that (7b) Using the identity Using similar computations, show that (-1)" n! T(n-p+1) derive expressions for Ja (x) and ¹ Jş (x). 5 14(x) = √√/s Хл (x) 2n+p XTT X 2n-p ()² sin(x). J-₁ (x)=√ cos(x). Jp = (Jp-1(x) + Jp+1(x)), The Bessel function of first kind of order p 20 is given by Similarly, we have the functions. for p > 0. 00 (-1)" Jp(x) = [ n! I(n+p+1) 1=0 J-p(x) = [ n=0 (7a) In the lectures, we have shown that (7b) Using the identity Using similar computations, show that (-1)" n! T(n-p+1) derive expressions for Ja (x) and ¹ Jş (x). 5 14(x) = √√/s Хл (x) 2n+p XTT X 2n-p ()² sin(x). J-₁ (x)=√ cos(x). Jp = (Jp-1(x) + Jp+1(x)),

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