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¿Cómo vas a descomponer esta sin(40*pi*t+pi)/(80*pi)+sin(32*pi*t+pi)/(64*pi) expresión en fracciones?

Expresión a simplificar:

Solución

Ha introducido [src]
sin(40*pi*t + pi)   sin(32*pi*t + pi)
----------------- + -----------------
      80*pi               64*pi      
$$\frac{\sin{\left(32 \pi t + \pi \right)}}{64 \pi} + \frac{\sin{\left(40 \pi t + \pi \right)}}{80 \pi}$$
sin((40*pi)*t + pi)/((80*pi)) + sin((32*pi)*t + pi)/((64*pi))
Simplificación general [src]
 /sin(32*pi*t)   sin(40*pi*t)\ 
-|------------ + ------------| 
 \     64             80     / 
-------------------------------
               pi              
$$- \frac{\frac{\sin{\left(32 \pi t \right)}}{64} + \frac{\sin{\left(40 \pi t \right)}}{80}}{\pi}$$
-(sin(32*pi*t)/64 + sin(40*pi*t)/80)/pi
Respuesta numérica [src]
0.00397887357729738*sin((40*pi)*t + pi) + 0.00497359197162173*sin((32*pi)*t + pi)
0.00397887357729738*sin((40*pi)*t + pi) + 0.00497359197162173*sin((32*pi)*t + pi)
Denominador racional [src]
-80*pi*sin(32*pi*t) - 64*pi*sin(40*pi*t)
----------------------------------------
                       2                
                5120*pi                 
$$\frac{- 80 \pi \sin{\left(32 \pi t \right)} - 64 \pi \sin{\left(40 \pi t \right)}}{5120 \pi^{2}}$$
(-80*pi*sin(32*pi*t) - 64*pi*sin(40*pi*t))/(5120*pi^2)
Unión de expresiones racionales [src]
4*sin(pi*(1 + 40*t)) + 5*sin(pi*(1 + 32*t))
-------------------------------------------
                   320*pi                  
$$\frac{5 \sin{\left(\pi \left(32 t + 1\right) \right)} + 4 \sin{\left(\pi \left(40 t + 1\right) \right)}}{320 \pi}$$
(4*sin(pi*(1 + 40*t)) + 5*sin(pi*(1 + 32*t)))/(320*pi)
Denominador común [src]
-(4*sin(40*pi*t) + 5*sin(32*pi*t)) 
-----------------------------------
               320*pi              
$$- \frac{5 \sin{\left(32 \pi t \right)} + 4 \sin{\left(40 \pi t \right)}}{320 \pi}$$
-(4*sin(40*pi*t) + 5*sin(32*pi*t))/(320*pi)
Potencias [src]
  sin(32*pi*t)   sin(40*pi*t)
- ------------ - ------------
     64*pi          80*pi    
$$- \frac{\sin{\left(32 \pi t \right)}}{64 \pi} - \frac{\sin{\left(40 \pi t \right)}}{80 \pi}$$
    /   I*(-pi - 32*pi*t)    I*(pi + 32*pi*t)\     /   I*(-pi - 40*pi*t)    I*(pi + 40*pi*t)\
  I*\- e                  + e                /   I*\- e                  + e                /
- -------------------------------------------- - --------------------------------------------
                     128*pi                                         160*pi                   
$$- \frac{i \left(- e^{i \left(- 40 \pi t - \pi\right)} + e^{i \left(40 \pi t + \pi\right)}\right)}{160 \pi} - \frac{i \left(- e^{i \left(- 32 \pi t - \pi\right)} + e^{i \left(32 \pi t + \pi\right)}\right)}{128 \pi}$$
-i*(-exp(i*(-pi - 32*pi*t)) + exp(i*(pi + 32*pi*t)))/(128*pi) - i*(-exp(i*(-pi - 40*pi*t)) + exp(i*(pi + 40*pi*t)))/(160*pi)
Abrimos la expresión [src]
  sin(32*pi*t)   sin(40*pi*t)
- ------------ - ------------
     64*pi          80*pi    
$$- \frac{\sin{\left(32 \pi t \right)}}{64 \pi} - \frac{\sin{\left(40 \pi t \right)}}{80 \pi}$$
-sin((32*pi)*t)/(64*pi) - sin((40*pi)*t)/(80*pi)
Combinatoria [src]
-(4*sin(40*pi*t) + 5*sin(32*pi*t)) 
-----------------------------------
               320*pi              
$$- \frac{5 \sin{\left(32 \pi t \right)} + 4 \sin{\left(40 \pi t \right)}}{320 \pi}$$
-(4*sin(40*pi*t) + 5*sin(32*pi*t))/(320*pi)