Misc.
X-intercepts
Y-intercepts
Vertical Asymptotes
Horizontal Asymptotes
100
When finding the HA, y=o when...
The degree is bigger on the bottom
100
X-int of the function x-2/x-4
(2,0)
100
The y-int of the function x^2-x-6/x^2-1
(0,6)
100
The VA of the function x^3/x^2-9
x=2
100
The HA of the function f(x)=x-2/x-4
y=1
200
How do you find the VA
Factoring the bottom of the equation
200
X-int of the function x-1/x^2-x-6
(1,0)
200
The y-int of the function x-1/x^2-x-6
(0,1/6)
200
The VA of the function 2(x+3)(x-3)/(x+1)(x+5)
x=-1 x=-5
200
The HA of the function x^3/x^2-9
y=none
300
y = coefficients divided when...
The degree is equal on the top and bottom of the equation
300
X-int of the function 2x+3/3x^2+7x-6
(-3,0) (2/3,0)
300
The y-int of the function x^2-4/x^2(x-3)
(-2,0) (2,0)
300
The VA of the function x^2-x-2/x-2
x=none
300
The HA to the function 2(x+3)(x-3)/(x+1)(x+5)
y=2
400
When finding the HA, y=none when...
The degree is bigger on top
400
X-int of the function x-1/(x-2)(x+3)
(1,0)
400
The y-int of the function 2(x+3)(x-3)/(x+1)(x+5)
(0,-18/5)
400
The VA of the function x^3+x^2-6x/4x^2+4x-8
x=none
400
The HA to the function 1/3x^2+3x-18
y=none
500
How do you find the slant asymptote
Divide the top by the bottom. The answer without the remainder is the slant asymptote
500
X-int of the function 1/3x^2+3x-18
None
500
The y-int of the function x-1/(x-2)(x+3)
(0,1/6)
500
The VA of the function x-2/x-4
x=4
500
The HA of the function x^2-4/x^2(x-3)
y=0
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