the slope of f(x) is
The slope changes as the value of x changes. For any point x, the slope is -8x.
then the slope is x=y. there is no slope.
X=5 is a vertical line, so it has no slope. When I say it has no slope, I don't mean the slope is 0, I mean the slope is nonexistent.
It has infinite slope.
the slope of f(x) is
The slope changes as the value of x changes. For any point x, the slope is -8x.
then the slope is x=y. there is no slope.
X=5 is a vertical line, so it has no slope. When I say it has no slope, I don't mean the slope is 0, I mean the slope is nonexistent.
It has infinite slope.
If the equation is x+4 the slope is 1. If the equation is 4x than the slope is 4.
They are negative reciprocals. So if the slope of a line is x, the slope of the perpendicular line is -1/x
If the equation is x + 7y = 14 then the slope is -1/7 If the equation is x + y7 = 14, then the slope is 7(14 - x)-8
You can always find out the slope of a line by looking at the number before the variable. As you can see, there is no number in front of x, so how is there a slope? If X is ever alone, that means that there is one X, so the slope of the line is 1.
The answer depends on the nature of the function that defines the curve whose slope you want. If the function f(x) is differentiable, its slope is f'(x) = df(x)/dx and the value of the slope at a point when x = x0 is f'(x0), obtained by substituting x0 for x in f'(x).
The first derivative f'(x) gives the instantaneous slope of f(x). If f'(x) is positive, then f(x) is increasing (positive slope), and if f'(x) is negative, then f(x) is decreasing (negative slope). If f'(x) = 0, then the graph of f(x) is flat at the point (slope = 0).
slope is change in y over change in x