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It gets closer to 0.
Line turns towards x - axis and angle between positive x direction and line gets reduced
As the slope gets smaller and smaller the line gets flatter and flatter (or more horizontal).
The slope of a straight line is commonly described as rise over run. In other words, it's the ratio of the change in the y direction to the change in the x direction. Therefore, lines with greater slopes are closer to vertical. A vertical line has infinite slope, and the slope of a horizontal line is zero.
You draw a horizontal line on the x-intercept.
It gets closer to 0.
Line turns towards x - axis and angle between positive x direction and line gets reduced
As the slope gets smaller and smaller the line gets flatter and flatter (or more horizontal).
The domain of the Normal distribution is the whole of the real line. As a result the horizontal axis is asymptotic to the Normal distribution curve. The curve gets closer and closer to the axis but never, ever reaches it.
There is nothing in the definition of "asymptote" that forbids a graph to cross its asymptote. The only requirement for a line to be an asymptote is that if one of the coordinates gets larger and larger, the graph gets closer and closer to the asymptote. The "closer and closer" part is defined via limits.
Asymptote
Asymptote.
asymptote
asymptote
What do you mean? As in if you connect two points that make a horizontal line? Are you trying to figure out the Slope? The slope of a horizontal line is 0. And the slope of a vertical line is undifined. If that's what you were asking. Or if you were asking plainly what it is when that happens, it's just a horizontal line.
If dy = 0 then you have a horizontal line.
It approaches a horizontal line