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log(v)*3*(x+y)=1 la ecuación

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Solución numérica:

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Solución

Ha introducido [src]
log(v)*3*(x + y) = 1
$$3 \log{\left(v \right)} \left(x + y\right) = 1$$
Gráfica
Respuesta rápida [src]
                /                  arg(v)        \           log(|v|)       
x1 = -re(y) + I*|-im(y) - -----------------------| + -----------------------
                |           /   2         2     \|     /   2         2     \
                \         3*\arg (v) + log (|v|)//   3*\arg (v) + log (|v|)/
$$x_{1} = i \left(- \operatorname{im}{\left(y\right)} - \frac{\arg{\left(v \right)}}{3 \left(\log{\left(\left|{v}\right| \right)}^{2} + \arg^{2}{\left(v \right)}\right)}\right) - \operatorname{re}{\left(y\right)} + \frac{\log{\left(\left|{v}\right| \right)}}{3 \left(\log{\left(\left|{v}\right| \right)}^{2} + \arg^{2}{\left(v \right)}\right)}$$
x1 = i*(-im(y) - arg(v)/(3*(log(|v|)^2 + arg(v)^2))) - re(y) + log(|v|)/(3*(log(|v|)^2 + arg(v)^2))
Suma y producto de raíces [src]
suma
           /                  arg(v)        \           log(|v|)       
-re(y) + I*|-im(y) - -----------------------| + -----------------------
           |           /   2         2     \|     /   2         2     \
           \         3*\arg (v) + log (|v|)//   3*\arg (v) + log (|v|)/
$$i \left(- \operatorname{im}{\left(y\right)} - \frac{\arg{\left(v \right)}}{3 \left(\log{\left(\left|{v}\right| \right)}^{2} + \arg^{2}{\left(v \right)}\right)}\right) - \operatorname{re}{\left(y\right)} + \frac{\log{\left(\left|{v}\right| \right)}}{3 \left(\log{\left(\left|{v}\right| \right)}^{2} + \arg^{2}{\left(v \right)}\right)}$$
=
           /                  arg(v)        \           log(|v|)       
-re(y) + I*|-im(y) - -----------------------| + -----------------------
           |           /   2         2     \|     /   2         2     \
           \         3*\arg (v) + log (|v|)//   3*\arg (v) + log (|v|)/
$$i \left(- \operatorname{im}{\left(y\right)} - \frac{\arg{\left(v \right)}}{3 \left(\log{\left(\left|{v}\right| \right)}^{2} + \arg^{2}{\left(v \right)}\right)}\right) - \operatorname{re}{\left(y\right)} + \frac{\log{\left(\left|{v}\right| \right)}}{3 \left(\log{\left(\left|{v}\right| \right)}^{2} + \arg^{2}{\left(v \right)}\right)}$$
producto
           /                  arg(v)        \           log(|v|)       
-re(y) + I*|-im(y) - -----------------------| + -----------------------
           |           /   2         2     \|     /   2         2     \
           \         3*\arg (v) + log (|v|)//   3*\arg (v) + log (|v|)/
$$i \left(- \operatorname{im}{\left(y\right)} - \frac{\arg{\left(v \right)}}{3 \left(\log{\left(\left|{v}\right| \right)}^{2} + \arg^{2}{\left(v \right)}\right)}\right) - \operatorname{re}{\left(y\right)} + \frac{\log{\left(\left|{v}\right| \right)}}{3 \left(\log{\left(\left|{v}\right| \right)}^{2} + \arg^{2}{\left(v \right)}\right)}$$
=
                                           /  /   2         2     \               \
log(|v|)   /   2         2     \         I*\3*\arg (v) + log (|v|)/*im(y) + arg(v)/
-------- - \arg (v) + log (|v|)/*re(y) - ------------------------------------------
   3                                                         3                     
-----------------------------------------------------------------------------------
                                   2         2                                     
                                arg (v) + log (|v|)                                
$$\frac{- \frac{i \left(3 \left(\log{\left(\left|{v}\right| \right)}^{2} + \arg^{2}{\left(v \right)}\right) \operatorname{im}{\left(y\right)} + \arg{\left(v \right)}\right)}{3} - \left(\log{\left(\left|{v}\right| \right)}^{2} + \arg^{2}{\left(v \right)}\right) \operatorname{re}{\left(y\right)} + \frac{\log{\left(\left|{v}\right| \right)}}{3}}{\log{\left(\left|{v}\right| \right)}^{2} + \arg^{2}{\left(v \right)}}$$
(log(|v|)/3 - (arg(v)^2 + log(|v|)^2)*re(y) - i*(3*(arg(v)^2 + log(|v|)^2)*im(y) + arg(v))/3)/(arg(v)^2 + log(|v|)^2)