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Integral de 1/(5-2x^2) dx

Límites de integración:

interior superior
v

Gráfico:

interior superior

Definida a trozos:

Solución

Ha introducido [src]
  1            
  /            
 |             
 |     1       
 |  -------- dx
 |         2   
 |  5 - 2*x    
 |             
/              
0              
$$\int\limits_{0}^{1} \frac{1}{5 - 2 x^{2}}\, dx$$
Integral(1/(5 - 2*x^2), (x, 0, 1))
Solución detallada

    PieceweseRule(subfunctions=[(ArctanRule(a=1, b=-2, c=5, context=1/(5 - 2*x**2), symbol=x), False), (ArccothRule(a=1, b=-2, c=5, context=1/(5 - 2*x**2), symbol=x), x**2 > 5/2), (ArctanhRule(a=1, b=-2, c=5, context=1/(5 - 2*x**2), symbol=x), x**2 < 5/2)], context=1/(5 - 2*x**2), symbol=x)

  1. Añadimos la constante de integración:


Respuesta:

Respuesta (Indefinida) [src]
                     //            /    ____\              \
                     ||  ____      |x*\/ 10 |              |
                     ||\/ 10 *acoth|--------|              |
  /                  ||            \   5    /       2      |
 |                   ||----------------------  for x  > 5/2|
 |    1              ||          10                        |
 | -------- dx = C + |<                                    |
 |        2          ||            /    ____\              |
 | 5 - 2*x           ||  ____      |x*\/ 10 |              |
 |                   ||\/ 10 *atanh|--------|              |
/                    ||            \   5    /       2      |
                     ||----------------------  for x  < 5/2|
                     \\          10                        /
$$\int \frac{1}{5 - 2 x^{2}}\, dx = C + \begin{cases} \frac{\sqrt{10} \operatorname{acoth}{\left(\frac{\sqrt{10} x}{5} \right)}}{10} & \text{for}\: x^{2} > \frac{5}{2} \\\frac{\sqrt{10} \operatorname{atanh}{\left(\frac{\sqrt{10} x}{5} \right)}}{10} & \text{for}\: x^{2} < \frac{5}{2} \end{cases}$$
Gráfica
Respuesta [src]
         /          /       ____\\             /  ____\          /          /  ____\\             /      ____\
    ____ |          |     \/ 10 ||     ____    |\/ 10 |     ____ |          |\/ 10 ||     ____    |    \/ 10 |
  \/ 10 *|pi*I + log|-1 + ------||   \/ 10 *log|------|   \/ 10 *|pi*I + log|------||   \/ 10 *log|1 + ------|
         \          \       2   //             \  2   /          \          \  2   //             \      2   /
- -------------------------------- - ------------------ + --------------------------- + ----------------------
                 20                          20                        20                         20          
$$- \frac{\sqrt{10} \log{\left(\frac{\sqrt{10}}{2} \right)}}{20} + \frac{\sqrt{10} \log{\left(1 + \frac{\sqrt{10}}{2} \right)}}{20} - \frac{\sqrt{10} \left(\log{\left(-1 + \frac{\sqrt{10}}{2} \right)} + i \pi\right)}{20} + \frac{\sqrt{10} \left(\log{\left(\frac{\sqrt{10}}{2} \right)} + i \pi\right)}{20}$$
=
=
         /          /       ____\\             /  ____\          /          /  ____\\             /      ____\
    ____ |          |     \/ 10 ||     ____    |\/ 10 |     ____ |          |\/ 10 ||     ____    |    \/ 10 |
  \/ 10 *|pi*I + log|-1 + ------||   \/ 10 *log|------|   \/ 10 *|pi*I + log|------||   \/ 10 *log|1 + ------|
         \          \       2   //             \  2   /          \          \  2   //             \      2   /
- -------------------------------- - ------------------ + --------------------------- + ----------------------
                 20                          20                        20                         20          
$$- \frac{\sqrt{10} \log{\left(\frac{\sqrt{10}}{2} \right)}}{20} + \frac{\sqrt{10} \log{\left(1 + \frac{\sqrt{10}}{2} \right)}}{20} - \frac{\sqrt{10} \left(\log{\left(-1 + \frac{\sqrt{10}}{2} \right)} + i \pi\right)}{20} + \frac{\sqrt{10} \left(\log{\left(\frac{\sqrt{10}}{2} \right)} + i \pi\right)}{20}$$
-sqrt(10)*(pi*i + log(-1 + sqrt(10)/2))/20 - sqrt(10)*log(sqrt(10)/2)/20 + sqrt(10)*(pi*i + log(sqrt(10)/2))/20 + sqrt(10)*log(1 + sqrt(10)/2)/20
Respuesta numérica [src]
0.23574721596639
0.23574721596639

    Estos ejemplos se pueden aplicar para introducción de los límites de integración inferior y superior.