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How to use it?
How do you in partial fractions?
:
(x-6)/(x^2-36)
1/(x^2-4x+4)
-1/(x+1)^2
-10*x/(x^2-16)^2
Factor polynomial
:
y^3/3+2*x*y^2
y^2+x*y+x^2+2*x+2*y
y^2+625
y^2+5^3
Least common denominator
:
(x-2*cos(x)/sin(x)+2*x*cos(x)^2/sin(x)^2)/sin(x)
(x^2-8*x/9+493/1000)*(x-x^2/2)/3
((x+2)/(2-x)-(2-x)/(x+2))*((x-2)^2)
w2/212*a+w-144*a2/212*a+w
Factor squared
:
-y^4+2*y^2-9
-y^4+2*y^2-7
y^4-3*y^2+5
y^4+2*y^2+4
Identical expressions
(x- six)/(x^ two - thirty-six)
(x minus 6) divide by (x squared minus 36)
(x minus six) divide by (x to the power of two minus thirty minus six)
(x-6)/(x2-36)
x-6/x2-36
(x-6)/(x²-36)
(x-6)/(x to the power of 2-36)
x-6/x^2-36
(x-6) divide by (x^2-36)
Similar expressions
(x-6)/(x^2+36)
(x+6)/(x^2-36)
Expression simplification
/
Fraction Decomposition into the simple
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(x-6)/(x^2-36)
How do you (x-6)/(x^2-36) in partial fractions?
An expression to simplify:
Decompose fraction
The solution
You have entered
[src]
x - 6 ------- 2 x - 36
$$\frac{x - 6}{x^{2} - 36}$$
(x - 6)/(x^2 - 36)
Fraction decomposition
[src]
1/(6 + x)
$$\frac{1}{x + 6}$$
1 ----- 6 + x
General simplification
[src]
1 ----- 6 + x
$$\frac{1}{x + 6}$$
1/(6 + x)
Common denominator
[src]
1 ----- 6 + x
$$\frac{1}{x + 6}$$
1/(6 + x)
Combinatorics
[src]
1 ----- 6 + x
$$\frac{1}{x + 6}$$
1/(6 + x)
Numerical answer
[src]
(-6.0 + x)/(-36.0 + x^2)
(-6.0 + x)/(-36.0 + x^2)