


(crystallography) The ratio of the three crystallographic axes which determines the position of any plane.The parameter of the principal axis of a conic section is called the latus rectum. (geometry) In the ellipse and hyperbola, a third proportional to any diameter and its conjugate, or in the parabola, to any abscissa and the corresponding ordinate. An ordered pair is used to represent a point in the Cartesian plane, and the abscissa is the initial coordinate(x) in the plane.A characteristic or feature that distinguishes something from others.(programming) An actual value given to such a formal parameter (argument or actual parameter).This would be roughly analogous to applying a covector to a vector (by taking their dot product (or, rather, matrix-product of row vector and column vector)) to obtain a scalar. Ordinate is the distance from a point to the horizontal or x -axis, measured parallel to the vertical or y -axis. The ordinate of a point is the projection on the secondary axis (mostly the y axis). Abscissa is the distance from a point to the vertical or y -axis, measured parallel to the horizontal or x -axis. Hope you have understood all the concepts regarding the X axis and Y axis stated in this article. The abscissa of a point is the projection on the primary axis (mostly the x axis). This means if a point B lies on the y-axis then the coordinates of B are (0,y) The arrows at both ends of the x-axis and y-axis suggest that both lines are endless.

When a function is called, a '''parameter tuple becomes "bound" to an argument tuple, allowing the function instance itself to be computed to yield a return value. If a point lies on the y-axis, then the x-coordinate (abscissa) of that point is 0.

Roughly, a tuple of arguments could be thought of as a vector, whereas a tuple of parameters''' could be thought of as a covector (i.e., linear functional). (programming) An input variable of a procedure definition, that gets an actual value (argument) at execution time (formal parameter).
ABSCISSA VS ORDINATE SERIES
