Y = 0
The y-axis has the equation x=0, so every point on the y-axis has an x coordinate of zero.
The equation y = mx + b is the equation for a line in slope intercept form, with m being the slope, and b being the y-axis intercept.
Typically the y-axis is the vertical axis and x-axis if horizontal. This is by convention and not required.This is used to plot a binomial (two variable) equation.
y = 3x + 1 is a linear equation - it is the equation for a graph of a straight line that crosses the y axis at 1 and the x axis at -1/3, and has a gradient (slope) of 3.
At what point does line represented by the equation 8x + 4y = -4 intersects the y-axis, and at what point in the negative direction of x-axis.
Any equation with the form y=c is parallel to the y-axis, where c is a constant.
They are the x-values (if any) of the points at which the y-value of the equation representing a parabola is 0. These are the points at which the parabola crosses the x-axis.
No, for two reasons:First, no equation has an axis at all; only the graph of an equation does.Second, variables x and y are common yet arbitrary examples for variables representing a value from the equation's domain -x- or image set -y. The graph of a function for speed of a bullet over time, for example, would have a speed and a time axis, maybe labelled s and t, respectively.
y=-2.5 is parallel to the x axis. The equation of the x axis is y=0
1
The equation is [ y = 3 ]. Its solution is y=3 . You get a straight line (parallel to the x-axis) that passes through only the y-axis, and it crosses the y-axis at (0,3). For all values of x, the value of y is 3
Y = 0
Y = 0
x = 0
The y-intercept of a linear equation is the point where the graph of the line represented by that equation crosses the y-axis.
Yes - It's the point on the y-axis that the equation passes through