For the function f(x)= (7x-6)/((-6x-7)(9x-6)), what are the verticle asymptotes? a) give a list of the
Question:
For the function f(x)= (7x-6)/((-6x-7)(9x-6)), what are the verticle asymptotes?
a) give a list of the x-values of the asymptotes separated by commas.
x=__________
b) what is the horizontal asymptote?
y=_______
c) what are the x-intercepts? five a list of the x-intercepts separated by commas. if there are not any say none.
d) what is the x-intercept? ______________
e) what is the y-intercept?_______________
2. consider the function f(x)=((3x-5)(x+6))/((-5x-5)(6x-5)).
a) vertical asymptotes?_____________
b) Horizontal asymptotes?_____________
c) x-intercepts?_____________
d) y-Intercept?_____________
3. Graph the rational function y=(3x^(2)-8x)/(3x+5)
a) vertical asymptotes?_____________
b) Horizontal asymptotes?_____________
c) x-intercepts?_____________
d) y-Intercept?_____________
4. Consider the function f(x)= (8x+1)/(4x+9)
a) vertical asymptotes?_____________
b) Horizontal asymptotes?_____________
c) x-intercepts?_____________
a) y-Intercept?_____________
e) List all values of x that are not in the domain. _________
5. Consider the function f(x)=(-4x)/(x^(2)-1)
a) vertical asymptotes?_____________
b) Horizontal asymptotes?_____________
c) x-intercepts?_____________
d) y-Intercept?_____________
6. Consider the function f(x)= (x^(2)-8x+15)/(x-5)
a) vertical asymptotes?_____________
b) Horizontal asymptotes?_____________
c) x-intercepts?_____________
d) y-Intercept?_____________
7. Consider the function f(x)= ((7x+5)(6x+6))/((5x-3)(5x+4))
a) vertical asymptotes?_____________
b) Horizontal asymptotes?_____________
c) x-intercepts?_____________
d) y-Intercept?_____________
e) Find the domain of f(x). ___________
8. Consider the function f(x)= ((7x+2)(2x+5))/((2x+3)(6x+7))
a) vertical asymptotes?_____________
b) Horizontal asymptotes?_____________
c) x-intercepts?_____________
d) y-Intercept?_____________
e) list all the values of x that are not in the domain. ____________
Macroeconomics
ISBN: 9780132109994
1st Edition
Authors: Glenn Hubbard, Anthony Patrick O'Brien, Matthew P Rafferty