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Linear Equations Portfolio
Slope-Intercept Form & Rate of Change
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Concept Study: Defining Slope
Rate of Change Fundamentals
In algebra, slope measures the steepness and direction of a non-vertical line. Formally defined as the ratio of vertical change (the rise) to horizontal change (the run), slope quantifies the constant rate of change between two varying quantities. For any two distinct points on a Cartesian plane, (x1, y1) and (x2, y2), the slope m is computed as the change in y divided by the change in x: m = (y2 - y1) / (x2 - x1). A positive slope indicates a line that rises from left to right, whereas a negative slope falls from left to right. Horizontal lines have a vertical change of zero, yielding a slope of zero. Conversely, vertical lines have a horizontal change of zero; because division by zero is undefined in mathematics, vertical lines have an undefined slope.
Rate of Change
Delta Notation
Zero Slope
Undefined Slope
Explain why a vertical line has an undefined slope rather than zero.
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Slope Calculation Practice
Determining m from Coordinate Pairs
Use the slope formula m = (y2 - y1) / (x2 - x1) to determine the steepness of each line segment. Show intermediate coordinate substitutions.
Calculate the slope m passing through each coordinate pair. Simplify all fractions fully.
1. Calculate the slope passing through (3, 5) and (7, 13).
2. Calculate the slope passing through (-2, 4) and (4, -8).
3. Calculate the slope passing through (-5, -1) and (-1, 7).
4. Calculate the slope passing through (6, -3) and (6, 9).
5. Calculate the slope passing through (4, -7) and (-2, -7).
6. Calculate the slope passing through (1/2, 3) and (5/2, 8).
7. Calculate the slope passing through (-3, 10) and (2, -5).
8. Calculate the slope passing through (8, -4) and (-4, 2).
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