x^(2)y^(2) + 2x^(3) y
To factor
'x^(2) is common to both terms.
Hence
x^(2) [ y^(2) + 2xy]
'y' is common to both terms
Hence
x^(2)y[ y + 2x ] Fully factored.
x3+xy-x2y2=x(x2+y-xy2)
The expression cannot be simplified.
(xy - 7)(x^2y^2 + 7xy + 49)
The LCM of 2x5y and 4x3y2 is 4x5x3y2 = 60xy2.
(a + 2b)(a + 2b)
x3+xy-x2y2=x(x2+y-xy2)
The GCF is x2y2.
(1 - x4y4) = (1 + x2y2)*(1 - x2y2) = (1 + x2y2)*(1 + xy)*(1 - xy)
I assume you mean x2y2+ay2+ab+bx2. (x2+a)(y2+b) is the simplified form. With the info you gave me there isn't much else to do.
The greatest common factor is the lowest of the powers in this case.
Put the equation in this form: y=mx+b. Then m will be the slope. 2x3y+6=0 2x3y=-6 3y=-6/2x y=-2/2x y=-1/x This equation does not describe a straight line, but rather, it describes a curve.
The expression cannot be simplified.
(xy - 7)(x^2y^2 + 7xy + 49)
The LCM of 2x5y and 4x3y2 is 4x5x3y2 = 60xy2.
The smallest prime factor of 65 is 5. 5 X 13.
The GCF is x^2y^2.
5m