Solution 7.

See text and/or instructor's solution manual.

Solution.   Assume that  [Graphics:../Images/PoissonIntegralModHome_gr_271.gif]  is an odd function  (i.e.   [Graphics:../Images/PoissonIntegralModHome_gr_272.gif]  for all [Graphics:../Images/PoissonIntegralModHome_gr_273.gif] ).  

    [Graphics:../Images/PoissonIntegralModHome_gr_274.gif]  

Therefore,   [Graphics:../Images/PoissonIntegralModHome_gr_275.gif].  

 

We are done.   

 

Aside.  We can look at the result of Exercise 4 to illustrate this fact.

                     [Graphics:../Images/PoissonIntegralModHome_gr_276.gif]

                     The function   [Graphics:../Images/PoissonIntegralModHome_gr_277.gif]  satisfies   [Graphics:../Images/PoissonIntegralModHome_gr_278.gif].   

                     because  [Graphics:../Images/PoissonIntegralModHome_gr_279.gif]  is an odd function, i. e.   [Graphics:../Images/PoissonIntegralModHome_gr_280.gif].   

 
















 

This solution is complements of the authors.

 

































 

(c) 2008 John H. Mathews, Russell W. Howell