Question: Using Fourier integral transforms solve the following. Let be the sine transform of where is the sine transform of and is the cosine transform of

Using Fourier integral transforms solve the following.

Let Using Fourier integral transforms solve the following. Let be the sine transform be the sine transform of of where is the sine transform of and is the cosine transform where of . Suppose that and are odd and even functions respectively. Show is the sine transform of that Where x' is the derivative of x. Hk) = S(k).C(k) 04 and Sky s(2 Cky / CCC h(x) = _[s(x)[(x+x")=c(x+x")]dx'=-=[c(*)[$(x+x")= s(x-x)]dx* Hk) = S(k).C(k) is the cosine transform of 04 Sky s(2 Cky / CCC h(x) = _[s(x)[(x+x")=c(x+x")]dx'=-=[c(*)[$(x+x")= s(x-x)]dx* .

Suppose that image text in transcribed and image text in transcribed are odd and even functions respectively.

Show that

image text in transcribed

Where x' is the derivative of x.

Hk) = S(k).C(k) 04 Sky s(2 Cky / CCC h(x) = _[s(x)[(x+x")=c(x+x")]dx'=-=[c(*)[$(x+x")= s(x-x)]dx* Hk) = S(k).C(k) 04 Sky s(2 Cky / CCC h(x) = _[s(x)[(x+x")=c(x+x")]dx'=-=[c(*)[$(x+x")= s(x-x)]dx*

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