Solution 7.
See text and/or instructor's solution manual.
Solution. Assume
that
is
an odd function (i.e.
for
all
).
Therefore,
.
We are done.
Aside. We can look at the result of Exercise 4 to illustrate this fact.
![[Graphics:../Images/PoissonIntegralModHome_gr_276.gif]](../Images/PoissonIntegralModHome_gr_276.gif)
The
function
satisfies
.
because
is
an odd function, i. e.
.
This solution is complements of the authors.
(c) 2008 John H. Mathews, Russell W. Howell