That's a horizontal line.
y= mx + b. M is the slope of the line, when b is where the line intercepts the y axis.
Every point on the line has coordinates of the form (4, y) for different values of y. On a standrad coordinate graph, this will appear as a vertical line.
The slope is infinite because x = 2/3, a vertical line, for all values of y.
x = -2 is a vertical line, two units to the left of the y-axis.
That's a horizontal line.
y= mx + b. M is the slope of the line, when b is where the line intercepts the y axis.
Every point on the line has coordinates of the form (4, y) for different values of y. On a standrad coordinate graph, this will appear as a vertical line.
The slope is infinite because x = 2/3, a vertical line, for all values of y.
x = -2 is a vertical line, two units to the left of the y-axis.
No. It represents a horizontal line.
No. The slope of the first is 2 - ie a change in the horizontal direction results in double the change in the vertical direction. The second line is horizontal (slope = 0).
That would be because all the graphed values of x are 4. So you can plug anything in for Y and it will still be on that vertical line.
2x+y=3 is a line that has a -2 slope and 6x=9-3x is a vertical line. They will cross at one place. That is (1,2)
y = -8 is a function because when graphed, it passes the vertical line test.
The slope of the line y = -2 is zero.
the solution to x=2 is 2. The graph of this equation is a vertical line and for EVERY y value x=2, so the soution is (2,y) where y is any real number.