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How do you in partial fractions?:
(((z^2)+(6*z+4))/((z^3)+8))/(1/-1)
(a^2+a*b)/(a+b)
(x^2-6*x-9)/(x-3)
5*((x-4)/(x^2+4*x)-16/(16-x^2))/(1+4/x)
Factor polynomial:
x^3-1
x^7+1
m^3-n^3
x^2+1^2
Least common denominator:
z^(((p-3)/(p^2+3*p))/(12/(9-p^2))*(3/(3*p-p^2)))
(z/c+c/z)/(z^2+c^2)/(5*z^9*c)
(z/c-c/z)*5*z*c/(z+c)
(z/b-b/z)*6*z*b/(z+b)
Factor squared:
y^4+y^2-1
y^4+9*y^2-6
-y^4+9*y^2-5
y^4-9*y^2-5
Least common denominator:
(((z^2)+(6*z+4))/((z^3)+8))/(1/-1)
Identical expressions
(((z^ two)+(six *z+ four))/((z^ three)+ eight))/(one /- one)
(((z squared ) plus (6 multiply by z plus 4)) divide by ((z cubed ) plus 8)) divide by (1 divide by minus 1)
(((z to the power of two) plus (six multiply by z plus four)) divide by ((z to the power of three) plus eight)) divide by (one divide by minus one)
(((z2)+(6*z+4))/((z3)+8))/(1/-1)
z2+6*z+4/z3+8/1/-1
(((z²)+(6*z+4))/((z³)+8))/(1/-1)
(((z to the power of 2)+(6*z+4))/((z to the power of 3)+8))/(1/-1)
(((z^2)+(6z+4))/((z^3)+8))/(1/-1)
(((z2)+(6z+4))/((z3)+8))/(1/-1)
z2+6z+4/z3+8/1/-1
z^2+6z+4/z^3+8/1/-1
(((z^2)+(6*z+4)) divide by ((z^3)+8)) divide by (1 divide by -1)
Similar expressions
(((z^2)+(6*z+4))/((z^3)-8))/(1/-1)
(((z^2)+(6*z-4))/((z^3)+8))/(1/-1)
(((z^2)+(6*z+4))/((z^3)+8))/(1/+1)
(((z^2)-(6*z+4))/((z^3)+8))/(1/-1)

Expression simplification/ Fraction Decomposition into the simple/ (((z^2)+(6*z+4))/((z^3)+8))/(1/-1)

How do you (((z^2)+(6*z+4))/((z^3)+8))/(1/-1) in partial fractions?

The solution

You have entered [src]

/ 2          \
|z  + 6*z + 4|
|------------|
|    3       |
\   z  + 8   /
--------------
     -1.0

$$\frac{\left(z^{2} + \left(6 z + 4\right)\right) \frac{1}{z^{3} + 8}}{-1.0}$$

((z^2 + 6*z + 4)/(z^3 + 8))/(-1.0)

Fraction decomposition [src]

0.166666666666667/(1.0 + 0.5*z) - 0.666666666666667*(1.0 + 0.5*z)/(1.0 + 0.25*z^2 - 0.5*z)

$$- \frac{0.666666666666667 \left(0.5 z + 1.0\right)}{0.25 z^{2} - 0.5 z + 1.0} + \frac{0.166666666666667}{0.5 z + 1.0}$$

0.166666666666667   0.666666666666667*(1.0 + 0.5*z)
----------------- - -------------------------------
   1.0 + 0.5*z                       2             
                         1.0 + 0.25*z  - 0.5*z

General simplification [src]

 /           2        \ 
-\4.0 + 1.0*z  + 6.0*z/ 
------------------------
              3         
         8 + z

$$- \frac{1.0 z^{2} + 6.0 z + 4.0}{z^{3} + 8}$$

-(4.0 + 1.0*z^2 + 6.0*z)/(8 + z^3)

Common denominator [src]

     /           2        \
-1.0*\4.0 + 1.0*z  + 6.0*z/
---------------------------
                   3       
        8.0 + 1.0*z

$$- \frac{1.0 \left(1.0 z^{2} + 6.0 z + 4.0\right)}{1.0 z^{3} + 8.0}$$

-1.0*(4.0 + 1.0*z^2 + 6.0*z)/(8.0 + 1.0*z^3)

Assemble expression [src]

     /     2      \
-1.0*\4 + z  + 6*z/
-------------------
            3      
       8 + z

$$- \frac{1.0 \left(z^{2} + 6 z + 4\right)}{z^{3} + 8}$$

-1.0*(4 + z^2 + 6*z)/(8 + z^3)

Combinatorics [src]

      /     2      \  
 -1.0*\4 + z  + 6*z/  
----------------------
        /     2      \
(2 + z)*\4 + z  - 2*z/

$$- \frac{1.0 \left(z^{2} + 6 z + 4\right)}{\left(z + 2\right) \left(z^{2} - 2 z + 4\right)}$$

-1.0*(4 + z^2 + 6*z)/((2 + z)*(4 + z^2 - 2*z))

Trigonometric part [src]

     /     2      \
-1.0*\4 + z  + 6*z/
-------------------
            3      
       8 + z

$$- \frac{1.0 \left(z^{2} + 6 z + 4\right)}{z^{3} + 8}$$

-1.0*(4 + z^2 + 6*z)/(8 + z^3)

Rational denominator [src]

      2      
 4 + z  + 6*z
-------------
            3
-8.0 - 1.0*z

$$\frac{z^{2} + 6 z + 4}{- 1.0 z^{3} - 8.0}$$

(4 + z^2 + 6*z)/(-8.0 - 1.0*z^3)

Combining rational expressions [src]

     /     2      \
-1.0*\4 + z  + 6*z/
-------------------
            3      
       8 + z

$$- \frac{1.0 \left(z^{2} + 6 z + 4\right)}{z^{3} + 8}$$

-1.0*(4 + z^2 + 6*z)/(8 + z^3)

Powers [src]

     /     2      \
-1.0*\4 + z  + 6*z/
-------------------
            3      
       8 + z

$$- \frac{1.0 \left(z^{2} + 6 z + 4\right)}{z^{3} + 8}$$

            2        
-4.0 - 1.0*z  - 6.0*z
---------------------
             3       
        8 + z

$$\frac{- 1.0 z^{2} - 6.0 z - 4.0}{z^{3} + 8}$$

(-4.0 - 1.0*z^2 - 6.0*z)/(8 + z^3)

Numerical answer [src]

-1.0*(4.0 + z^2 + 6.0*z)/(8.0 + z^3)

-1.0*(4.0 + z^2 + 6.0*z)/(8.0 + z^3)

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How do you (((z^2)+(6*z+4))/((z^3)+8))/(1/-1) in partial fractions?

The solution