The parametric form of the solutions of the PDES -y zr + x zy = 0 , = (s, s²) = s³ is None x (s, t) = s cost + s? sin t, y (s, t) = s sint + s² cost, z (s, t) = s x (s, t) = s cost – s sin t, y (s, t)...

The parametric form of the<br>solutions of the PDES<br>-y zr + x zy = 0 ,<br>= (s, s²) = s³<br>is<br>None<br>x (s, t) = s cost + s? sin t, y (s, t) = s sint + s² cost, z (s, t) = s<br>x (s, t) = s cost – s sin t, y (s, t)<br>= s sint – s? cost, z (s, t) = s<br>x (s, t) = s cost – s sint,<br>y (s, t) = s sint – s? cost, z (s, t) = -s3<br>

Extracted text: The parametric form of the solutions of the PDES -y zr + x zy = 0 , = (s, s²) = s³ is None x (s, t) = s cost + s? sin t, y (s, t) = s sint + s² cost, z (s, t) = s x (s, t) = s cost – s sin t, y (s, t) = s sint – s? cost, z (s, t) = s x (s, t) = s cost – s sint, y (s, t) = s sint – s? cost, z (s, t) = -s3

Jun 04, 2022

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The parametric form of the solutions of the PDES -y zr + x zy = 0 , = (s, s²) = s³ is None x (s, t) = s cost + s? sin t, y (s, t) = s sint + s² cost, z (s, t) = s x (s, t) = s cost – s sin t, y (s, t)...

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