Task 3—Graphing Rational Functions Create a rational function with a linear binomial in both the numerator and denominator.

Part 1. Graph your function using technology. Include the horizontal and vertical asymptotes and the x - and y - intercepts on your graph. Label the asymptotes and intercepts.

Part 2. Show all work to identify the vertical asymptote, the x-intercepts, and the y-intercept.

Question

Task 3—Graphing Rational Functions Create a rational function with a linear binomial in both the numerator and denominator.

Part 1. Graph your function using technology. Include the horizontal and vertical asymptotes and the x - and y - intercepts on your graph. Label the asymptotes and intercepts.

Part 2. Show all work to identify the vertical asymptote, the x-intercepts, and the y-intercept.

heyitszia1 · Answer

@jigglypuff314 @confluxepic @agent0smith

agent0smith · Answer

To find y-int: plug in x=0

To find x-int: plug in y=0

agent0smith · Answer

^ you should make sure that is burned into your brain, as it applies to ANY function.

agent0smith · Answer

$$\large 0=\frac{ x-3 }{ x-6 }$$
Either use the fact that the denominator of a fraction can *never* make the fraction equal to zero.... so you only have to worry about the numerator.

Or multiply both sides by x-6