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- Why can horizontal asymptotes be crossed? • Physics Forums
I thought that horizontal asymptotes were asymptotes and now I'm hearing that they can be crossed Is this true? If so, why and how? Okay, wait a
- Horizontal asymptotes - approaches from above or below?
I seem to be having a lot of difficulty finding whether for a horizontal asymptote, whether the curve approaches the asymptote from above or below For example, for the problem y = \\frac{6x + 1}{1 - 2x}, I know that: For the vertical asymptote, x = 1 2, and that \\lim_{x \\to
- Determining the horizontal asymptote - Physics Forums
Consider, I am self-studying; My interest is on the horizontal asymptote, now considering the degree of polynomial and leading coefficients, i have ##y=\\dfrac{2}{1} =2## Therefore ##y=2## is the horizontal asymptote The part that i do not seem to get is (i already checked this on desmos)
- Why is y=a a horizontal asymptote on the polar coordinates?
Hi guys, I was trying to sketch a polar curve but my curve was different from the curve on maple(I plotted the same curve on maple) Homework Statement Here is the whole question, I am using t as theta The hyperbolic spiral is described by the equation rt=a whenever t>0,where a is a
- Infliction Point: Concavity Change Asymptotes - Physics Forums
Infliction point exist where concavity changes Say y=a is a vertical asymptote If f(x) approaches infinity from the left and negative infinity from the right Since on the left is concave up and the right is concave down Will "a" still be considered an infliction point? or does f'' have to
- Asymptote of a curve in polar coordinates • Physics Forums
Asymptote of a curve in polar coordinates Faiq Apr 14, 2017 Asymptote Coordinates Curve Polar Polar coordinates Proofs
- How to find oblique asymptotes for any function in general?
I'm having trouble figuring the oblique asymptote for this problem I haven't ever done one of these before so I really don't know where to start
- What is an asymptote and why doesnt parabola have one?
The thing I have noticed is that parabola's angle from the x-axis keeps increasing meaning the object is decreasing from that direction if that is the case, then how does it go on in that direction forever even though, its speed going in that direction keeps decreasing? At what rate
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