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¿Cómo vas a descomponer esta (c*(v/k+1)+t)/((n+k)*(v/k+1)-k) expresión en fracciones?

Expresión a simplificar:

Solución

Ha introducido [src]
     /v    \       
   c*|- + 1| + t   
     \k    /       
-------------------
        /v    \    
(n + k)*|- + 1| - k
        \k    /    
$$\frac{c \left(1 + \frac{v}{k}\right) + t}{- k + \left(1 + \frac{v}{k}\right) \left(k + n\right)}$$
(c*(v/k + 1) + t)/((n + k)*(v/k + 1) - k)
Simplificación general [src]
-(c*(k + v) + k*t)  
--------------------
 2                  
k  - (k + n)*(k + v)
$$- \frac{c \left(k + v\right) + k t}{k^{2} - \left(k + n\right) \left(k + v\right)}$$
-(c*(k + v) + k*t)/(k^2 - (k + n)*(k + v))
Combinatoria [src]
c*k + c*v + k*t
---------------
k*n + k*v + n*v
$$\frac{c k + c v + k t}{k n + k v + n v}$$
(c*k + c*v + k*t)/(k*n + k*v + n*v)
Denominador común [src]
c*k + c*v + k*t
---------------
k*n + k*v + n*v
$$\frac{c k + c v + k t}{k n + k v + n v}$$
(c*k + c*v + k*t)/(k*n + k*v + n*v)
Denominador racional [src]
c*k + c*v + k*t
---------------
k*n + k*v + n*v
$$\frac{c k + c v + k t}{k n + k v + n v}$$
(c*k + c*v + k*t)/(k*n + k*v + n*v)
Unión de expresiones racionales [src]
   c*(k + v) + k*t    
----------------------
   2                  
- k  + (k + n)*(k + v)
$$\frac{c \left(k + v\right) + k t}{- k^{2} + \left(k + n\right) \left(k + v\right)}$$
(c*(k + v) + k*t)/(-k^2 + (k + n)*(k + v))
Respuesta numérica [src]
(t + c*(1.0 + v/k))/(-k + (1.0 + v/k)*(k + n))
(t + c*(1.0 + v/k))/(-k + (1.0 + v/k)*(k + n))