(3 - 2y)(3 + 2y)
2y(2y - 1)(2y - 3)
2y(2y - 1)(2y - 3)
Example: factor 2y+6Both 2y and 6 have a common factor of 2:2y is 2 × y6 is 2 × 3So you can factor the whole expression into:2y+6 = 2(y+3)So, 2y+6 has been "factored into" 2 and y+3
(2y + 3)(4y^2 - 6y + 9)
(3 - 2y)(3 + 2y)
2y(2y - 1)(2y - 3)
2y(2y - 1)(2y - 3)
2ay2 + 5ay - 3a = a(2y2 + 5y - 3) = a(2y - 1)(y + 3)
Example: factor 2y+6Both 2y and 6 have a common factor of 2:2y is 2 × y6 is 2 × 3So you can factor the whole expression into:2y+6 = 2(y+3)So, 2y+6 has been "factored into" 2 and y+3
Without an equality sign it is not an equation but the expression can be factored as (2y-3)(2y+3)
(y - 3)(2y + 1)
2x^2y^2(3x^2y^3 - 2xy + 1)
3(x + 2y)
If that's + 2y, the answer is (y + 4)(y - 2)
(2y + 3)(4y^2 - 6y + 9)
If: x-2y = 1 and 3xy-y2 = 8 Then: x =1+2y and so 3(1+2y)y-y2 = 8 => 3y+5y2-8 = 0 Solving the quadratic equation: y = 1 or y = -8/5 Points of intersection by substitution: (3, 1) and (-11/5, -8/5)