2x + 3 can be factored as follows: 2(x + 1.5)
6x2+5x+1 = (3x+1)(2x+1) when factored
20
(2x+5)(2x+1)
It's the general form of a quadratic expression and it can be factored providing its discriminant is not less than zero.
5x2+56xy+11y2 = (5x+y)(x+11y) when factored
6x2+ 35xy + 11y2=6x2+ 33xy + 2xy + 11y2= 3x(2x + 11y) + y(2x + 11y)= (2x + 11y)*(3x + y) 6x2+ 35xy + 11y2=6x2+ 33xy + 2xy + 11y2= 3x(2x + 11y) + y(2x + 11y)= (2x + 11y)*(3x + y) 6x2+ 35xy + 11y2=6x2+ 33xy + 2xy + 11y2= 3x(2x + 11y) + y(2x + 11y)= (2x + 11y)*(3x + y) 6x2+ 35xy + 11y2=6x2+ 33xy + 2xy + 11y2= 3x(2x + 11y) + y(2x + 11y)= (2x + 11y)*(3x + y)
2(a+b) is 2a plus 2b in factored form.
It can be factored. Whether the factored form is simpler or not is a matter of opinion.sqrt( 16 - x2 ) = sqrt [ (4 + x) (4 - x) ]
21x2 - 31x + 8 = (3x - 8)(7x - 1)
It is (x+4)(x+5) when factored
w2+18w+77 = (w+7)(w+11) when factored
18 + 8x + x = = 18 + 9x = 9(2 + x) which is the factored form of the expression.
The given quadratic expression can not be factored as a perfect square.
2x + 3 can be factored as follows: 2(x + 1.5)
6x2+5x+1 = (3x+1)(2x+1) when factored
It can't be factored because its discriminant is less than zero