The abscissa is the independent variable (or input) to a function.
The abscissa is the X coordinate of a point, so a point on the Y axis has an abscissa of zero.
abscissa = sqrt[1 - square of the ordinate]
The ordinate and abscissa are equal for every point on the line [ y = x ].
An abscissa is the distance of a point from the vertical axis. In the standard 2-dimensional Cartesian plane, it is the x coordinate.
The abscissa is the independent variable (or input) to a function.
The abscissa is the X coordinate of a point, so a point on the Y axis has an abscissa of zero.
the abscissa of the point -2 -5 is
Domain is a set of all abscissa in a set of points WHILE Abscissa is the x-value or the counter part of ordinate
abscissa = sqrt[1 - square of the ordinate]
abscissa
abscissa
In Quadrant I a point would lie if its abscissa and ordinates are equal.
In Quadrant I a point would lie if its abscissa and ordinates are equal.
The ordinate and abscissa are equal for every point on the line [ y = x ].
Because the first number refers to the abscissa: the distance to the right of the origin whereas the second number refers to the ordinate: distance in the upward direction.Because the first number refers to the abscissa: the distance to the right of the origin whereas the second number refers to the ordinate: distance in the upward direction.Because the first number refers to the abscissa: the distance to the right of the origin whereas the second number refers to the ordinate: distance in the upward direction.Because the first number refers to the abscissa: the distance to the right of the origin whereas the second number refers to the ordinate: distance in the upward direction.
abscissa