Mister Exam
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How to use it?
Factor polynomial
:
y^3+64
y^3-1/8
y^3-1/27
y^3+1000
Least common denominator
:
(x^5+2*x^(3/4))*(10*x^4+4/(3*x^(2/3)))+(2*x^5+4*x^(1/3))*(5*x^4+3/(2*x^(1/4)))
x^4/4-3*x^2/2
((x^4+3)*(-(x^3*(x^4-3))/((x^4+3)^2)+x^3/(x^4+3)))/(x^4-3)
x^3/(x^2-64)-x/(x-8)+2/(x+8)
Factor squared
:
y^4+14*y^2-15
-y^4+14*y^2+13
y^4-14*y^2-10
-y^4+14*y^2-1
How do you in partial fractions?
:
(4x^2-19x+12)/(x^3-64)
1/(x^4+x^2)
4*x-(4*x^2-36)/(x+3)
-2*x^3/(x^2-1)^2+2*x/(x^2-1)
Graphing y =
:
y^2-2*y
Identical expressions
y^ two - two *y
y squared minus 2 multiply by y
y to the power of two minus two multiply by y
y2-2*y
y²-2*y
y to the power of 2-2*y
y^2-2y
y2-2y
Similar expressions
y^2+2*y
Expression simplification
/
Factorization polynomials
/
y^2-2*y
Factor polynomial y^2-2*y
An expression to simplify:
Factor polynomial
The solution
You have entered
[src]
2 y - 2*y
$$y^{2} - 2 y$$
y^2 - 2*y
General simplification
[src]
y*(-2 + y)
$$y \left(y - 2\right)$$
y*(-2 + y)
Factorization
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x*(x - 2)
$$x \left(x - 2\right)$$
x*(x - 2)
Combining rational expressions
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y*(-2 + y)
$$y \left(y - 2\right)$$
y*(-2 + y)
Numerical answer
[src]
y^2 - 2.0*y
y^2 - 2.0*y
Combinatorics
[src]
y*(-2 + y)
$$y \left(y - 2\right)$$
y*(-2 + y)