The parametric form of the solutions of the PDES -y zz +x zy = 0, :(s, s²) = s³ (s, s*) %3D %3D z (a, 1) = s cost +a sin t, y (s. t) = sint + cont, (a,) = None r (e, 1) = cost sin t, v(s,t) =a sent...

The parametric form<br>of the solutions of the<br>PDES<br>-y zz +x zy = 0, :(s, s²) = s³<br>(s, s*)<br>%3D<br>%3D<br>z (a, 1) = s cost +a sin t, y (s. t) = sint + cont, (a,) =<br>None<br>r (e, 1) = cost<br>sin t, v(s,t) =a sent<br>cont, a (s, 1)<br>%3!<br>(a.) = a cont - at ain t, v(,) = a sint - cont, s (s, t)-<br>is<br>

Extracted text: The parametric form of the solutions of the PDES -y zz +x zy = 0, :(s, s²) = s³ (s, s*) %3D %3D z (a, 1) = s cost +a sin t, y (s. t) = sint + cont, (a,) = None r (e, 1) = cost sin t, v(s,t) =a sent cont, a (s, 1) %3! (a.) = a cont - at ain t, v(,) = a sint - cont, s (s, t)- is

Jun 04, 2022

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The parametric form of the solutions of the PDES -y zz +x zy = 0, :(s, s²) = s³ (s, s*) %3D %3D z (a, 1) = s cost +a sin t, y (s. t) = sint + cont, (a,) = None r (e, 1) = cost sin t, v(s,t) =a sent...

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