Mister Exam
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How to use it?
Factor polynomial
:
x^2-y^2+x+y
x^2-x^3
x^2-64
x-x^3
Least common denominator
:
(z+y*(x*z)/(z^2-x*y)+x*(z*y)/(z^2-x*y)-2*z*((x*z)/(z^2-x*y))*((z*y)/(z^2-x*y)))/(z^2-x*y)
z^(((p-3)/(p^2+3*p))/(12/(9-p^2))*(3/(3*p-p^2)))
z-8/z^2/3*z^(1/3)+4
x*(sqrt(3)*sqrt(tan(x)/x))*(-3*tan(x)/(2*x^2)+3*(1+tan(x)^2)/(2*x))/(3*tan(x))
Factor squared
:
-y^4+y^2+1
y^4+9*y^2+8
-y^4+7*y^2+11
x^2+x-3
How do you in partial fractions?
:
2*x/(x^2+1)-2*x*(x^2-1)/(x^2+1)^2
1/(2*sqrt(x))
y/(y+3)^2-y/(y^2)-9
(x^2-6)/(x-3)-x/(x-3)
Canonical form
:
x^2+x
Derivative of
:
x^2+x
Integral of d{x}
:
x^2+x
Identical expressions
x^ two +x
x squared plus x
x to the power of two plus x
x2+x
x²+x
x to the power of 2+x
Similar expressions
x^2-x
Expression simplification
/
Factorization polynomials
/
x^2+x
Factor polynomial x^2+x
An expression to simplify:
Factor polynomial
The solution
You have entered
[src]
2 x + x
$$x^{2} + x$$
x^2 + x
General simplification
[src]
x*(1 + x)
$$x \left(x + 1\right)$$
x*(1 + x)
Factorization
[src]
(x + 1)*x
$$x \left(x + 1\right)$$
(x + 1)*x
Combining rational expressions
[src]
x*(1 + x)
$$x \left(x + 1\right)$$
x*(1 + x)
Numerical answer
[src]
x + x^2
x + x^2
Combinatorics
[src]
x*(1 + x)
$$x \left(x + 1\right)$$
x*(1 + x)