Consider the following Differential Equation (Riccati Equation): y' = p(x) + q(x)y+r(x)y² If u is a solution of the given DE, use the transformation: 1 y = u +- v Prove that the solution of the DE: d...

4Consider the following Differential Equation (Riccati Equation):<br>y' = p(x) + q(x)y+r(x)y²<br>If u is a solution of the given DE, use the transformation:<br>1<br>y = u +-<br>v<br>Prove that the solution of the DE:<br>d<br>k<br>dx<br>1 + (y')²,<br>is a circle equation considering that k is a constant. Then, find the center and radius of this<br>circle given that y(-1) = y(1) = 0<br>

Extracted text: Consider the following Differential Equation (Riccati Equation): y' = p(x) + q(x)y+r(x)y² If u is a solution of the given DE, use the transformation: 1 y = u +- v Prove that the solution of the DE: d k dx 1 + (y')², is a circle equation considering that k is a constant. Then, find the center and radius of this circle given that y(-1) = y(1) = 0

Jun 04, 2022
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