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
be the sine transform of
where
is the sine transform of
and
is the cosine transform of
.
Suppose that
and
are odd and even functions respectively.
Show that

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*
Step by Step Solution
There are 3 Steps involved in it
Get step-by-step solutions from verified subject matter experts
