4X2 + 16X + 7 = 0
I would use the quadratic equation, but the answer will not be pretty here.
X = - b (+/-) sqrt(b2 - 4ac)/2a
a = 4
b = 16
c = 7
X = - 16 (+/-) sqrt[162 - 4(4)(7)]/2(4)
X = - 16 (+/-) sqrt[256 - 112]/8
X = - 16 (+/-) sqrt(144)/8
X = [- 16 (+/-) 12]/8
==================( not too ugly! )
X = - 1/2
X = - 7/2
4x^2 = 16x 16x - 60x = -44x -44x + 225
No solution in integers.
The expression (4x^2 + 16x + 15) is a quadratic polynomial. It can be factored into ((2x + 3)(2x + 5)). Alternatively, it can be analyzed using the quadratic formula to find its roots or solved for specific values of (x).
Re=Write as 16x^(3) + 12x^(2) + 4x Take out the common factor of '4' Hence 4(4x^(3) + 3x^)2) + x) Take out the common factor of 'x' Hence 4x( 4x^(2) + 3x + 1) The answer!!!!!
It is: 4x(1+4)
4x^2 = 16x 16x - 60x = -44x -44x + 225
Re=Write as 16x^(3) + 12x^(2) + 4x Take out the common factor of '4' Hence 4(4x^(3) + 3x^)2) + x) Take out the common factor of 'x' Hence 4x( 4x^(2) + 3x + 1) The answer!!!!!
It is 16x squared plus 80x plus 100.Very complicated!
No solution in integers.
16x
You can't solve it. But you can simplify it to get: 4x+y=2
4x times 4x equals 16x2.
16x+9 without the rest of the equation, what this equals, I can't solve
The expression (4x^2 + 16x + 15) is a quadratic polynomial. It can be factored into ((2x + 3)(2x + 5)). Alternatively, it can be analyzed using the quadratic formula to find its roots or solved for specific values of (x).
It is: 4x(1+4)
16X + 5
The GCF is 4x.