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Factor polynomial:
m^3-n^3
x^2+1^2
x^2-x+1
x^2-4*x-5
Least common denominator:
(z/c+c/z)/(z^2+c^2)/(5*z^9*c)
((z*(a+w))/2)+((w*(a-z))/2)+((a-z)*a)
z-6*z/z+1/z-5/z+1
(z-(5*z)/z+1)/(z-4)/(z+1)
Factor squared:
-y^4-y^2+2
-y^4+9*y^2-5
y^4-9*y^2-5
-y^4-9*y^2-4
How do you in partial fractions?:
((z^2+1)^2/(4*z^2))/(13+12*((z^2+1)/2*z*z))
y/(y-3)+3/(3-y)
(x^2-25)/(x^2+3*x-40)
y/(y+3)^2-y/(y^2)-9
Identical expressions
c^ two +c^ two
c squared plus c squared
c to the power of two plus c to the power of two
c2+c2
c²+c²
c to the power of 2+c to the power of 2
Similar expressions
c^2-c^2

Expression simplification/ Factorization polynomials/ c^2+c^2

Factor polynomial c^2+c^2

The solution

You have entered [src]

 2    2
c  + c

$$c^{2} + c^{2}$$

c^2 + c^2

General simplification [src]

   2
2*c

$$2 c^{2}$$

2*c^2

Factorization [src]

$$c$$

Numerical answer [src]

2*c^2

2*c^2

Trigonometric part [src]

   2
2*c

$$2 c^{2}$$

2*c^2

Assemble expression [src]

   2
2*c

$$2 c^{2}$$

2*c^2

Rational denominator [src]

   2
2*c

$$2 c^{2}$$

2*c^2

Common denominator [src]

   2
2*c

$$2 c^{2}$$

2*c^2

Powers [src]

   2
2*c

$$2 c^{2}$$

2*c^2

Combinatorics [src]

   2
2*c

$$2 c^{2}$$

2*c^2

Combining rational expressions [src]

   2
2*c

$$2 c^{2}$$

2*c^2