Slopes can go all different ways. It all depends on the size of the slope.
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The slope between any two points in a plane is the ratio of the difference in the vertical direction (the rise) and the difference in the horizontal direction (the run). Since it is a ratio, the difference in the horizontal direction may not be zero. However, the slope of a vertical line is considered to be "infinite". With that qualification, the slope between any two points on a plane can have any real value.The slope between any two distinct points on a graph is as defined above. The slope at a single point is defined only if the relevant function is differentiable at that point and it is the slope of the tangent to graph at that point.
A positive slope is simply a slope going upward on a graph from left to right. A negative slope is a slope going downward from left to right. Often, negative slopes are the reverse of positive slopes and are both depending on the person's direction.
The line has a negative slope (or negative gradient).When the angle between the line and the positive direction of Ox is obtuse then the slope is negative. Conversely, when the angle is acute, the slope is positive.
Speed (in the radial direction) = slope of the graph.
The slope of a graph is a measure of the rate at which it rises. It is measured as the "rise"/"run" which is the ratio of the increase in height for each unit move in the horizontal direction. The slope of a line going from bottom left to top right is positive. "M" stood for the Modulus of slope.