The two solutions are (x, y) = (-0.5, -sqrt(3.5)) and (-0.5, sqrt(3.5))
Points of intersection work out as: (3, 4) and (-1, -2)
If: y = x2-x-12 Then points of contact are at: (0, -12), (4, 0) and (-3, 0)
The number that equals 121 when squared is 11.
5.477225575 squared equals 30.
The vertex coordinate point of the vertex of the parabola y = 24-6x-3x^2 when plotted on the Cartesian plane is at (-1, 27) which can also be found by completing the square.
It is the Cartesian equation of an ellipse.
Points of intersection work out as: (3, 4) and (-1, -2)
If: y = x2-x-12 Then points of contact are at: (0, -12), (4, 0) and (-3, 0)
It is (-0.3, 0.1)
The number that equals 121 when squared is 11.
5.477225575 squared equals 30.
Equations: y = x+4 and x^2 +y^2 -8x +4y = 30 The given equations will finally form a quadratic equation such as: x^2 +2x +1 = 0 Discriminant: 2^2 -4*(1*1) = 0 meaning there are equal roots Because the discriminant has equal roots the line is a tangent to the circle In fact the line makes contact with the circle at (-1, 3) on the Cartesian plane
The vertex coordinate point of the vertex of the parabola y = 24-6x-3x^2 when plotted on the Cartesian plane is at (-1, 27) which can also be found by completing the square.
b = sqrt32 or 4 root 2
No, it equals -2xy. lrn2math
4
This is a point on the cartesian coordinate plane... (10,13)