If: 2x+y-4 = 0 then y = -2x+4
Coordinates: (1, 2) (2, 0) (3, -2) (4, -4) (5, -6) and (6, -8)
If you put an 'equals' sign ( = ) between the 'By' and the 'Cz', you have the generic equation for any straight line in 3-dimensional Cartesian coordinates.
It is the straight line equation that can be used to locate coordinates of x and y on the Cartesian plane
A straight line on the Cartesian plane is the graph of a linear equation.
They are the coordinates of x and y to plot out straight lines or curves on the Cartesian plane
If you mean y = 2x-2 then it is a straight line equation whereas the slope is 2 and the y intercept is -2 and its coordinates would be plotted on the Cartesian plane.
The graph, in the Cartesian plane, of a linear equation is a straight line. Conversely, a straight line in a Cartesian plane can be represented algebraically as a linear equation. They are the algebraic or geometric equivalents of the same thing.
He was a French mathematician and philosopher and he invented Cartesian coordinates of y = mx+c whereas m is the slope and c is the y intercept on a straight line equation.
The Cartesian coordinates in the form of the linear equation y = mx+c is a straight line that can be plotted on a graph where m is the slope and c is the intercept through the y axis. For example: y = 3x+2 means that 3 is the slope and that 2 is the intercept and when plotted on a x axis and y axis graph will produce a straight line. The idea of Cartesian coordinates was the brainchild of the French mathematician Rene Descartes in the early 17th century.
Plot its straight line equation on the Cartesian plane
They could be the coordinates of a straight line on the Cartesian plane
It is the equation of a straight line plotted on the Cartesian plane.
In the equation Y=mx+b, which is what I believe you mean, 'b' is the y intercept of the graph. In other words, if the equation is plotted in standard Cartesian coordinates, the straight line crosses the y-axis at the height b above the x axis.