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Complex numbers step by step
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Mathematical logic step by step
How to use it?
How do you in partial fractions?
:
(a^2+4*a)/(a^2+8*a+16)
sqrt(1-((1-x*x)*(n0*n0)/(n1*n1)))
((x+1)^2/(x-1)^2)*(x-1)*(2/(x-1)-2*(x+1)/(x-1)^2)/(x+1)
-tan(-1/2+x)/(-1+tan(-1/2+x)^2)
Factor polynomial
:
z^2+5*i*z+5*i*z^3/3
z^2+3*z
z^2+20*z+100
y*x^2+i*y^3/3
Least common denominator
:
(x-y/5*x-x+y)/y-x/8+8/5*x
x+x*(y/12/100)*z
x^cos(1/x)*(cos(1/x)/x+log(x)*sin(1/x)/x^2)
x^4/4+3*x^2/2
Factor squared
:
-y^4-7*y^2+9
-y^4+6*y^2-2
y^4+5*y^2-4
-y^4+4*y^2-9
Integral of d{x}
:
(x^2)/(x+1)
Graphing y =
:
(x^2)/(x+1)
Derivative of
:
(x^2)/(x+1)
Identical expressions
(x^ two)/(x+ one)
(x squared ) divide by (x plus 1)
(x to the power of two) divide by (x plus one)
(x2)/(x+1)
x2/x+1
(x²)/(x+1)
(x to the power of 2)/(x+1)
x^2/x+1
(x^2) divide by (x+1)
Similar expressions
(x^2)/(x-1)
Expression simplification
/
Fraction Decomposition into the simple
/
(x^2)/(x+1)
How do you (x^2)/(x+1) in partial fractions?
An expression to simplify:
Decompose fraction
The solution
You have entered
[src]
2 x ----- x + 1
$$\frac{x^{2}}{x + 1}$$
x^2/(x + 1)
Fraction decomposition
[src]
-1 + x + 1/(1 + x)
$$x - 1 + \frac{1}{x + 1}$$
1 -1 + x + ----- 1 + x
Common denominator
[src]
1 -1 + x + ----- 1 + x
$$x - 1 + \frac{1}{x + 1}$$
-1 + x + 1/(1 + x)
Numerical answer
[src]
x^2/(1.0 + x)
x^2/(1.0 + x)