(20x + 3)(1x + 1)
(2x+1)(2x+3) when factored
2x + 3 + 23x = 25x +3
20X2 + 3010(2X2 + 3)============That's as much factoring as can be done here.
It is an algebraic expression that can be simplified to: 23x-16
To simplify the expression (2x^3 + 23x), you can factor out the common term, which is (x). This gives you (x(2x^2 + 23)). The expression is now simplified, showing the common factor clearly.
-(5x - 2)(4x - 3)
(2x+1)(2x+3) when factored
2x + 3 + 23x = 25x +3
20X2 + 3010(2X2 + 3)============That's as much factoring as can be done here.
This polynomial doesn't factor. The only thing you can do is take out parts of some terms, e.g. 2(2x3 + 10x2 + x) - 3.
10(2x^2 + 3)
It is an algebraic expression that can be simplified to: 23x-16
2x + 6 = 2(x + 3) so 2x + 6 = 0 implies x = -3 Now, substitute x = -3 in 8x3 + 20x2 + 36 which is -8*27 + 20*9 + 36 = -216 + 180 + 36 = 0 So -3 is a root of 8x3 + 20x2 + 36 ie, by the remainder theorem, (x + 3) is a factor. Also, each of the coeffivcients in the expression is even, so 2 is also a factor. So 2*(x + 3) or (2x + 6) is a factor.
10x2-36x+18 Divide all terms by 2: 5x2-18x+9 = (5x-3)(x-3) when factored
If you mean: y = -23x+3 then the parallel equation is y = -23x+164
It is an algebraic expression that can be simplified to: 23x-16
The equation 23x plus 10 times 37 equals 233. This is a math problem.