00:01
So my vertical asymptopes, the values that make my denominator zero after i've put the function in lowest terms.
00:16
It's in lowest terms because i don't have any common factors to cancel.
00:21
So i will have vertical asymptopes at x equals negative 1 and x equals positive 4.
00:29
And they have to be in the form of an equation.
00:33
They should say x equals.
00:36
The x intercepts are the values that make my numerator zero.
00:43
So i'm going to have x intercepts at 1 and 6.
00:51
So they will be the points 1 ,0 and 6.
00:55
Zero.
01:00
I want to find the horizontal asymptopes.
01:09
Horizontal asymptopes occur when the degree of your numerator is smaller than the degree of your denominator or equal to the degree of your denominator.
01:21
So in this problem, my degrees are equal.
01:25
So i'm going to have a horizontal asymptote at the ratio of leading coefficients.
01:30
On top, that's going to be negative one.
01:33
On the bottom that's positive one.
01:35
So a horizontal asymptope at y equals negative one.
01:44
Find the y intercept.
01:48
The y intercept is the value of the function when x is zero.
01:53
So i just wanna put in zero for x and that's gonna give me zero minus one, zero minus six, zero plus one, zero minus four.
02:07
So that's going to give me on top, i'm going to have a negative 1 times negative 6...