Normal rules mean x takes precedent over +, so you get 24 +4x. But if you mean 12(2+4x) then it's 24+48x
2(x + 5)(5x - 1)
$48x + 5y" is an expression. It is not a function and so cannot be written as a function.
X = 1.5
No answer in integers. Near approximation x = -0.09 or -1.24
Normal rules mean x takes precedent over +, so you get 24 +4x. But if you mean 12(2+4x) then it's 24+48x
2(x + 5)(5x - 1)
$48x + 5y" is an expression. It is not a function and so cannot be written as a function.
The expression 48x + 8 can be factored by finding the greatest common factor of the two terms, which in this case is 8. Therefore, we can rewrite the expression as 8(6x + 1). This is the factored form of 48x + 8.
X = 1.5
x2 + 48x + 320
While it is possible to take 4x out of all of those, it is also possible to add them and get 48x, which factors to 2 * 2 * 2 * 2 * 3 * x
6(8x + 1) = 48X + 6
No answer in integers. Near approximation x = -0.09 or -1.24
The expression (12x + 36)/48x can be simplified by factoring out 12/12 from the expressions. This leaves (x + 3)/4x.
(8x + 3)2 ie (8x + 3)(8x + 3)
3x^2+48x+192=3(x^2+16x+62). You can factor the part in the parentheses using the quadratic formula: x= (-b[+-]Sqrt[b^2-4ac])/(2a).