(0, 0) where the x-axis and y-axis cross over each other.
The x and y axes cross at the point of origin which is at (0, 0) on the Cartesian plane
The origin. This is the point at which each axis is at 0.
intersexion
No. The origin is the place where the x-axis and the y-axis cross. 'x' and 'y' are both zero there.
The horizontal axis is the x axis on the Cartesian plane whereas the vertical axis is the y axis and both axes meet at right angles at the point of origin which is at (0, 0)
NONE If both roots are imaginary, the means the parabola does NOT cross the x-axis at all. The place where a function crosses the x- axis has the coordinate (x,0) for some value of x. That means if you plug in x to the function or polynomial, you get 0. This is equivalent to saying that x is a root of the polynomial. But if the only roots are imaginary, there will be no point (x,0) for any real number x.
If you mean at the Origin (where both X and Y cross), then the coordinates would be (0,0)================================-- If the 'x' coordinate is zero, then the point is on t he y-axis.-- If the 'y' coordinate is zero, then the point is on the x-axis.-- If both coordinates are zero, then the point must be the onethat's on both axes ... the 'origin'.
The coordinated plane which is also known as the Cartesian plane has an horizontal x axis number line and a vertical y axis number line whereas both axes are perpendicular to each other and cross over at the point of origin at (0, 0)
No, it will be entirely above the x-axis if the coefficient of x2 > 0, or entirely below if the coeff is <0.
When the X - Coordinate is 0: The point lies on Y - Axis. Eg. (0,3) lies on Y - Axis Eg. (0,5) lies on Y - Axis Eg. (0,1) lies on Y - Axis When the Y - Coordinate is 0: The point lies on X - Axis. Eg. (2,0) lies on X - Axis Eg. (3,0) lies on X - Axis Eg. (6,0) lies on X - Axis
rearrange: y = 3x - 3, which crosses the x-axis when y = 0, ie when x = 1