A vertical line is neither positive nor negative because the slope is undefined. An undefined slope creates a vertical line, hence no slope to calculate. An example of a vertical line would be x=2 or a "slope" of 2/0 (undef. slope). In addition, a vertical line is not even a function because it has repeating input(x) values.
positive
Rise of a line is a positive slope.
It will be the positive reciprocal of -6 which is 1/6.
If a line has a negative slope it is going 'down hill' and if it has a positive slope it is going 'up hill'
No because the slope of a line can be positive or negative
The slope of a linear function is also a measure of how fast the function is increasing or decreasing. The only difference is that the slope of a straight line remains the same throughout the domain of the line.
If the slope (line)is in upward direction, it is called positive slope
A vertical line is neither positive nor negative because the slope is undefined. An undefined slope creates a vertical line, hence no slope to calculate. An example of a vertical line would be x=2 or a "slope" of 2/0 (undef. slope). In addition, a vertical line is not even a function because it has repeating input(x) values.
Never.
a line with a positive slope rises from left to right
positive
Rise of a line is a positive slope.
The correct properties are found in answer A. The slope of a line is always positive, no matter which way the line is angled or heading.
The slope of a line and the tangent of the angle between the positive x-axis and the line are related because the tangent of the angle is defined as the ratio of the y-coordinate and the x-coordinate of some point on the line.
A line that slopes to the right and up has a positive slope.
It will be the positive reciprocal of -6 which is 1/6.