Question
Simplify the expression
−6x2y2z2+2x3y2z+x4y2+2x2yz3+2x3yz2−2x4yz+x2z4−2x3z3+x4z2+2xy3z2+2x2y3z−2x3y3+2xy2z3−2xyz4+y4z2−2y4zx+y4x2−2y3z3+y2z4
Evaluate
(x−y)2(y−z)2(z−x)2
Use (a−b)2=a2−2ab+b2 to expand the expression
(x2−2xy+y2)(y−z)2(z−x)2
Use (a−b)2=a2−2ab+b2 to expand the expression
(x2−2xy+y2)(y2−2yz+z2)(z−x)2
Use (a−b)2=a2−2ab+b2 to expand the expression
(x2−2xy+y2)(y2−2yz+z2)(z2−2zx+x2)
Multiply the terms
More Steps

Evaluate
(x2−2xy+y2)(y2−2yz+z2)
Apply the distributive property
x2y2−x2×2yz+x2z2−2xy×y2−(−2xy×2yz)−2xyz2+y2×y2−y2×2yz+y2z2
Use the commutative property to reorder the terms
x2y2−2x2yz+x2z2−2xy×y2−(−2xy×2yz)−2xyz2+y2×y2−y2×2yz+y2z2
Multiply the terms
More Steps

Evaluate
y×y2
Use the product rule an×am=an+m to simplify the expression
y1+2
Add the numbers
y3
x2y2−2x2yz+x2z2−2xy3−(−2xy×2yz)−2xyz2+y2×y2−y2×2yz+y2z2
Multiply the terms
More Steps

Evaluate
−2xy×2yz
Multiply the numbers
−4xy×yz
Multiply the terms
−4xy2z
x2y2−2x2yz+x2z2−2xy3−(−4xy2z)−2xyz2+y2×y2−y2×2yz+y2z2
Multiply the terms
More Steps

Evaluate
y2×y2
Use the product rule an×am=an+m to simplify the expression
y2+2
Add the numbers
y4
x2y2−2x2yz+x2z2−2xy3−(−4xy2z)−2xyz2+y4−y2×2yz+y2z2
Multiply the terms
More Steps

Evaluate
y2×2yz
Use the commutative property to reorder the terms
2y2×yz
Multiply the terms
2y3z
x2y2−2x2yz+x2z2−2xy3−(−4xy2z)−2xyz2+y4−2y3z+y2z2
If a negative sign or a subtraction symbol appears outside parentheses, remove the parentheses and change the sign of every term within the parentheses
x2y2−2x2yz+x2z2−2xy3+4xy2z−2xyz2+y4−2y3z+y2z2
(x2y2−2x2yz+x2z2−2xy3+4xy2z−2xyz2+y4−2y3z+y2z2)(z2−2zx+x2)
Apply the distributive property
x2y2z2−x2y2×2zx+x2y2x2−2x2yz×z2−(−2x2yz×2zx)−2x2yzx2+x2z2×z2−x2z2×2zx+x2z2x2−2xy3z2−(−2xy3×2zx)−2xy3x2+4xy2z×z2−4xy2z×2zx+4xy2zx2−2xyz2×z2−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
x2y2×2zx
Use the commutative property to reorder the terms
2x2y2zx
Multiply the terms
More Steps

Evaluate
x2×x
Use the product rule an×am=an+m to simplify the expression
x2+1
Add the numbers
x3
2x3y2z
x2y2z2−2x3y2z+x2y2x2−2x2yz×z2−(−2x2yz×2zx)−2x2yzx2+x2z2×z2−x2z2×2zx+x2z2x2−2xy3z2−(−2xy3×2zx)−2xy3x2+4xy2z×z2−4xy2z×2zx+4xy2zx2−2xyz2×z2−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
x2×x2
Use the product rule an×am=an+m to simplify the expression
x2+2
Add the numbers
x4
x2y2z2−2x3y2z+x4y2−2x2yz×z2−(−2x2yz×2zx)−2x2yzx2+x2z2×z2−x2z2×2zx+x2z2x2−2xy3z2−(−2xy3×2zx)−2xy3x2+4xy2z×z2−4xy2z×2zx+4xy2zx2−2xyz2×z2−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
z×z2
Use the product rule an×am=an+m to simplify the expression
z1+2
Add the numbers
z3
x2y2z2−2x3y2z+x4y2−2x2yz3−(−2x2yz×2zx)−2x2yzx2+x2z2×z2−x2z2×2zx+x2z2x2−2xy3z2−(−2xy3×2zx)−2xy3x2+4xy2z×z2−4xy2z×2zx+4xy2zx2−2xyz2×z2−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
−2x2yz×2zx
Multiply the numbers
−4x2yz×zx
Multiply the terms
−4x2yz2x
Multiply the terms
More Steps

Evaluate
x2×x
Use the product rule an×am=an+m to simplify the expression
x2+1
Add the numbers
x3
−4x3yz2
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x2yzx2+x2z2×z2−x2z2×2zx+x2z2x2−2xy3z2−(−2xy3×2zx)−2xy3x2+4xy2z×z2−4xy2z×2zx+4xy2zx2−2xyz2×z2−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
x2×x2
Use the product rule an×am=an+m to simplify the expression
x2+2
Add the numbers
x4
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z2×z2−x2z2×2zx+x2z2x2−2xy3z2−(−2xy3×2zx)−2xy3x2+4xy2z×z2−4xy2z×2zx+4xy2zx2−2xyz2×z2−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
z2×z2
Use the product rule an×am=an+m to simplify the expression
z2+2
Add the numbers
z4
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−x2z2×2zx+x2z2x2−2xy3z2−(−2xy3×2zx)−2xy3x2+4xy2z×z2−4xy2z×2zx+4xy2zx2−2xyz2×z2−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
x2z2×2zx
Use the commutative property to reorder the terms
2x2z2×zx
Multiply the terms
More Steps

Evaluate
z2×z
Use the product rule an×am=an+m to simplify the expression
z2+1
Add the numbers
z3
2x2z3x
Multiply the terms
More Steps

Evaluate
x2×x
Use the product rule an×am=an+m to simplify the expression
x2+1
Add the numbers
x3
2x3z3
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x2z2x2−2xy3z2−(−2xy3×2zx)−2xy3x2+4xy2z×z2−4xy2z×2zx+4xy2zx2−2xyz2×z2−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
x2×x2
Use the product rule an×am=an+m to simplify the expression
x2+2
Add the numbers
x4
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x4z2−2xy3z2−(−2xy3×2zx)−2xy3x2+4xy2z×z2−4xy2z×2zx+4xy2zx2−2xyz2×z2−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
−2xy3×2zx
Multiply the numbers
−4xy3zx
Multiply the terms
−4x2y3z
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x4z2−2xy3z2−(−4x2y3z)−2xy3x2+4xy2z×z2−4xy2z×2zx+4xy2zx2−2xyz2×z2−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
x×x2
Use the product rule an×am=an+m to simplify the expression
x1+2
Add the numbers
x3
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x4z2−2xy3z2−(−4x2y3z)−2x3y3+4xy2z×z2−4xy2z×2zx+4xy2zx2−2xyz2×z2−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
z×z2
Use the product rule an×am=an+m to simplify the expression
z1+2
Add the numbers
z3
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x4z2−2xy3z2−(−4x2y3z)−2x3y3+4xy2z3−4xy2z×2zx+4xy2zx2−2xyz2×z2−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
4xy2z×2zx
Multiply the numbers
8xy2z×zx
Multiply the terms
8xy2z2x
Multiply the terms
8x2y2z2
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x4z2−2xy3z2−(−4x2y3z)−2x3y3+4xy2z3−8x2y2z2+4xy2zx2−2xyz2×z2−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
x×x2
Use the product rule an×am=an+m to simplify the expression
x1+2
Add the numbers
x3
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x4z2−2xy3z2−(−4x2y3z)−2x3y3+4xy2z3−8x2y2z2+4x3y2z−2xyz2×z2−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
z2×z2
Use the product rule an×am=an+m to simplify the expression
z2+2
Add the numbers
z4
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x4z2−2xy3z2−(−4x2y3z)−2x3y3+4xy2z3−8x2y2z2+4x3y2z−2xyz4−(−2xyz2×2zx)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
−2xyz2×2zx
Multiply the numbers
−4xyz2×zx
Multiply the terms
More Steps

Evaluate
z2×z
Use the product rule an×am=an+m to simplify the expression
z2+1
Add the numbers
z3
−4xyz3x
Multiply the terms
−4x2yz3
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x4z2−2xy3z2−(−4x2y3z)−2x3y3+4xy2z3−8x2y2z2+4x3y2z−2xyz4−(−4x2yz3)−2xyz2x2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
x×x2
Use the product rule an×am=an+m to simplify the expression
x1+2
Add the numbers
x3
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x4z2−2xy3z2−(−4x2y3z)−2x3y3+4xy2z3−8x2y2z2+4x3y2z−2xyz4−(−4x2yz3)−2x3yz2+y4z2−y4×2zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Use the commutative property to reorder the terms
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x4z2−2xy3z2−(−4x2y3z)−2x3y3+4xy2z3−8x2y2z2+4x3y2z−2xyz4−(−4x2yz3)−2x3yz2+y4z2−2y4zx+y4x2−2y3z×z2−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
z×z2
Use the product rule an×am=an+m to simplify the expression
z1+2
Add the numbers
z3
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x4z2−2xy3z2−(−4x2y3z)−2x3y3+4xy2z3−8x2y2z2+4x3y2z−2xyz4−(−4x2yz3)−2x3yz2+y4z2−2y4zx+y4x2−2y3z3−(−2y3z×2zx)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
−2y3z×2zx
Multiply the numbers
−4y3z×zx
Multiply the terms
−4y3z2x
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x4z2−2xy3z2−(−4x2y3z)−2x3y3+4xy2z3−8x2y2z2+4x3y2z−2xyz4−(−4x2yz3)−2x3yz2+y4z2−2y4zx+y4x2−2y3z3−(−4y3z2x)−2y3zx2+y2z2×z2−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
z2×z2
Use the product rule an×am=an+m to simplify the expression
z2+2
Add the numbers
z4
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x4z2−2xy3z2−(−4x2y3z)−2x3y3+4xy2z3−8x2y2z2+4x3y2z−2xyz4−(−4x2yz3)−2x3yz2+y4z2−2y4zx+y4x2−2y3z3−(−4y3z2x)−2y3zx2+y2z4−y2z2×2zx+y2z2x2
Multiply the terms
More Steps

Evaluate
y2z2×2zx
Use the commutative property to reorder the terms
2y2z2×zx
Multiply the terms
More Steps

Evaluate
z2×z
Use the product rule an×am=an+m to simplify the expression
z2+1
Add the numbers
z3
2y2z3x
x2y2z2−2x3y2z+x4y2−2x2yz3−(−4x3yz2)−2x4yz+x2z4−2x3z3+x4z2−2xy3z2−(−4x2y3z)−2x3y3+4xy2z3−8x2y2z2+4x3y2z−2xyz4−(−4x2yz3)−2x3yz2+y4z2−2y4zx+y4x2−2y3z3−(−4y3z2x)−2y3zx2+y2z4−2y2z3x+y2z2x2
If a negative sign or a subtraction symbol appears outside parentheses, remove the parentheses and change the sign of every term within the parentheses
x2y2z2−2x3y2z+x4y2−2x2yz3+4x3yz2−2x4yz+x2z4−2x3z3+x4z2−2xy3z2+4x2y3z−2x3y3+4xy2z3−8x2y2z2+4x3y2z−2xyz4+4x2yz3−2x3yz2+y4z2−2y4zx+y4x2−2y3z3+4y3z2x−2y3zx2+y2z4−2y2z3x+y2z2x2
Calculate the sum or difference
More Steps

Evaluate
x2y2z2−8x2y2z2+y2z2x2
Rewrite the expression
x2y2z2−8x2y2z2+x2y2z2
Collect like terms by calculating the sum or difference of their coefficients
(1−8+1)x2y2z2
Calculate the sum or difference
−6x2y2z2
−6x2y2z2−2x3y2z+x4y2−2x2yz3+4x3yz2−2x4yz+x2z4−2x3z3+x4z2−2xy3z2+4x2y3z−2x3y3+4xy2z3+4x3y2z−2xyz4+4x2yz3−2x3yz2+y4z2−2y4zx+y4x2−2y3z3+4y3z2x−2y3zx2+y2z4−2y2z3x
Add the terms
More Steps

Evaluate
−2x3y2z+4x3y2z
Collect like terms by calculating the sum or difference of their coefficients
(−2+4)x3y2z
Add the numbers
2x3y2z
−6x2y2z2+2x3y2z+x4y2−2x2yz3+4x3yz2−2x4yz+x2z4−2x3z3+x4z2−2xy3z2+4x2y3z−2x3y3+4xy2z3−2xyz4+4x2yz3−2x3yz2+y4z2−2y4zx+y4x2−2y3z3+4y3z2x−2y3zx2+y2z4−2y2z3x
Add the terms
More Steps

Evaluate
−2x2yz3+4x2yz3
Collect like terms by calculating the sum or difference of their coefficients
(−2+4)x2yz3
Add the numbers
2x2yz3
−6x2y2z2+2x3y2z+x4y2+2x2yz3+4x3yz2−2x4yz+x2z4−2x3z3+x4z2−2xy3z2+4x2y3z−2x3y3+4xy2z3−2xyz4−2x3yz2+y4z2−2y4zx+y4x2−2y3z3+4y3z2x−2y3zx2+y2z4−2y2z3x
Subtract the terms
More Steps

Evaluate
4x3yz2−2x3yz2
Collect like terms by calculating the sum or difference of their coefficients
(4−2)x3yz2
Subtract the numbers
2x3yz2
−6x2y2z2+2x3y2z+x4y2+2x2yz3+2x3yz2−2x4yz+x2z4−2x3z3+x4z2−2xy3z2+4x2y3z−2x3y3+4xy2z3−2xyz4+y4z2−2y4zx+y4x2−2y3z3+4y3z2x−2y3zx2+y2z4−2y2z3x
Add the terms
More Steps

Evaluate
−2xy3z2+4y3z2x
Rewrite the expression
−2xy3z2+4xy3z2
Collect like terms by calculating the sum or difference of their coefficients
(−2+4)xy3z2
Add the numbers
2xy3z2
−6x2y2z2+2x3y2z+x4y2+2x2yz3+2x3yz2−2x4yz+x2z4−2x3z3+x4z2+2xy3z2+4x2y3z−2x3y3+4xy2z3−2xyz4+y4z2−2y4zx+y4x2−2y3z3−2y3zx2+y2z4−2y2z3x
Subtract the terms
More Steps

Evaluate
4x2y3z−2y3zx2
Rewrite the expression
4x2y3z−2x2y3z
Collect like terms by calculating the sum or difference of their coefficients
(4−2)x2y3z
Subtract the numbers
2x2y3z
−6x2y2z2+2x3y2z+x4y2+2x2yz3+2x3yz2−2x4yz+x2z4−2x3z3+x4z2+2xy3z2+2x2y3z−2x3y3+4xy2z3−2xyz4+y4z2−2y4zx+y4x2−2y3z3+y2z4−2y2z3x
Solution
More Steps

Evaluate
4xy2z3−2y2z3x
Rewrite the expression
4xy2z3−2xy2z3
Collect like terms by calculating the sum or difference of their coefficients
(4−2)xy2z3
Subtract the numbers
2xy2z3
−6x2y2z2+2x3y2z+x4y2+2x2yz3+2x3yz2−2x4yz+x2z4−2x3z3+x4z2+2xy3z2+2x2y3z−2x3y3+2xy2z3−2xyz4+y4z2−2y4zx+y4x2−2y3z3+y2z4
Show Solution
