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To show that, ττ³æ/2J1/2(x)=sinx.

Short Answer

Expert verified

Hence, Ï€³æ2J12(x)=sinxis proved.

Step by step solution

01

Concept of the Infinite series:

Infinite series:

Jp(x)=∑n=0∞(-1)n⌜(n+1)⌜(n+1+p)(x2)2n+p

02

Calculation of the function ττx/2J1/2(x) :

Considering the provided statement to show that the provided infinite series for Jp(x)converges for all the values of x by the ratio test.

The infinite series is,

Ï€x2J12x=sinx

Substituting the series for 12 for p in the equation (1) as follows:

Ï€³æ2J12(x)=Ï€³æ2∑n=0∞(-1)n⌜(n+1)⌜(n+1+12)(x2)2Ï€+12=Ï€³æ2∑n=0∞-1nn!n+12n+12-1..........12⌜122Ï€2x2n=∑n=0∞-1n2n+1!x2n+1=sinx

Ï€³æ2J12(x)=Ï€³æ2∑n=0∞(-1)n⌜(n+1)⌜(n+1+12)(x2)2Ï€+12=Ï€³æ2∑n=0∞-1nn!n+12n+12-1..........12⌜122Ï€2x2n=∑n=0∞-1n2n+1!x2n+1=sinx

Hence,Ï€x2J12(x)=sinxisproved

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Most popular questions from this chapter

To show N(2n+1)(x)=(-1)n+1J-2n+1(x).

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