8.7.2 Example B For this example, the mixed differential-difference equation is 2 Ay(x) = x- d (Ay(x)) + Ay( (8.277) dx If Ay is replaced by z, then we obtain two coupled equations CAy= (8.278) 2 dz...


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8.7.2 Example B<br>For this example, the mixed differential-difference equation is<br>2<br>Ay(x) = x-<br>d<br>(Ay(x)) +<br>Ay(<br>(8.277)<br>dx<br>If Ay is replaced by z, then we obtain two coupled equations<br>CAy=<br>(8.278)<br>2<br>dz<br>(--)<br>dz<br>Z = x-<br>dx<br>(8.279)<br>dx<br>Inspection of equation (8.279) shows it to be a Clairault-type differential equa-<br>tion whose solution is<br>z = cx + c²,<br>arbitrary constant.<br>(8.280)<br>C=<br>Therefore,<br>Ay =<br>= cx + c²,<br>and<br>Cy(æ) = cA¬!x + c²A-1 1<br>G) x(x – 1) + A(x)+ c²x,<br>(² – )<br>x + A(x),<br>(8.281)<br>where A(x) is an arbitrary period-1 function of x.<br>

Extracted text: 8.7.2 Example B For this example, the mixed differential-difference equation is 2 Ay(x) = x- d (Ay(x)) + Ay( (8.277) dx If Ay is replaced by z, then we obtain two coupled equations CAy= (8.278) 2 dz (--) dz Z = x- dx (8.279) dx Inspection of equation (8.279) shows it to be a Clairault-type differential equa- tion whose solution is z = cx + c², arbitrary constant. (8.280) C= Therefore, Ay = = cx + c², and Cy(æ) = cA¬!x + c²A-1 1 G) x(x – 1) + A(x)+ c²x, (² – ) x + A(x), (8.281) where A(x) is an arbitrary period-1 function of x.

Jun 05, 2022
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