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The measure of the steepness of line expressed as rise over run is called slope.
It is the slope or gradient of the line that measures its steepness.
If you're talking about a line on a graph the steepness would be defined as the slope. Also know as rise over run. The number of units the line rises or falls divided by the number of units it goes to the right or left
Slope is the steepness of a line. From my high school math days, I remember that slope equals rise over run. Think of the sloping line as the hypotenuse of a right triangle, and the base is sitting on the x-coordinate. Rise is the length of the vertical leg of the triangle, and run is the length of the horizontal leg. Do the division, rise divided by run, and you have a measure of the slope. You might have to pay careful attention to positives and negatives. If it's a straight line you don't have to worry about how long you make the base; the ratio (the answer to a division problem) will be the same.
Is the modulus, gradient or slope of the line.
The measure of the steepness of line expressed as rise over run is called slope.
It is the slope or gradient of the line that measures its steepness.
If you're talking about a line on a graph the steepness would be defined as the slope. Also know as rise over run. The number of units the line rises or falls divided by the number of units it goes to the right or left
Slope is the steepness of a line. From my high school math days, I remember that slope equals rise over run. Think of the sloping line as the hypotenuse of a right triangle, and the base is sitting on the x-coordinate. Rise is the length of the vertical leg of the triangle, and run is the length of the horizontal leg. Do the division, rise divided by run, and you have a measure of the slope. You might have to pay careful attention to positives and negatives. If it's a straight line you don't have to worry about how long you make the base; the ratio (the answer to a division problem) will be the same.
"The ratio of the vertical change to the horizontal change between two points on a line. It measures the steepness of a line." Rise = vertical change Run = horizontal change The terms are commonly used as "rise over run" because the equation for calculating the slope(m) of a line is: m = (y2-y1) / (x2-x1) the y points being the difference in rise and the x points being the difference in run m = rise / run
give the ratio of rise to run for the line that contains points (-2,5) and (-2,-2)
Slope is the "steepness" of a line. If the line is on a grid, it can be calculated by dividing rise/run. If the line is given in the form of the equation y = mx + b the slope is the value of m.
Is the modulus, gradient or slope of the line.
Slope is found by calculating rise over run. It represents the steepness of a line and the line's direction. The higher the absolute value of the slope, the more the line's steepness increases, and vice versa. If the slope is positive, the line is diagonal upwards to the right ( / ). If the slope is negative, the line is diagonal downwards to the right ( \ ). If the slope is zero, the line is horizontal. If it is "undefined", the line is a vertical line.
The "steepness" of a line is called the slope. The slope represents the the amount of change in the y-direction of the line per every change in the x-direction. This is represented mathematically by slope = Δy/Δx Δy is also called the "rise" and Δx is also called the "run". The steepness can also be called the gradient, which is represented by an angle. The gradient can be calculated from the slope by using the formula gradient = tan(slope).
In math, the slope of a line represents its steepness. It is the change in y values over the change in the values of x, or rise over run.
Slope is the ratio of the rise over the run of a linear equation; the degree of steepness of a graph at any point. The word slope refers to a surface that has one side which is higher than the other. Slope means to be inclined from a horizontal or vertical line or to slant up or down.