SOLUTION: Where (for what the values of x) does the function
-8 (x+62)(x-29)/(x-59)(x-37)(x-29)
have
A holes?
B. Vertical asymptotes?
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-> SOLUTION: Where (for what the values of x) does the function
-8 (x+62)(x-29)/(x-59)(x-37)(x-29)
have
A holes?
B. Vertical asymptotes?
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Question 1125170: Where (for what the values of x) does the function
-8 (x+62)(x-29)/(x-59)(x-37)(x-29)
have
A holes?
B. Vertical asymptotes? Found 2 solutions by josgarithmetic, MathLover1:Answer by josgarithmetic(39629) (Show Source):
Do you see a factor in both the numerator AND the denominator? Yes you do. That is , indicating that and therefore the rational expression has a hole for x at 29.
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holes:
To find the holes in a rational function, you must factor the numerator and denominator of the rational function and see if there are any common factors, then simplify it. If there is the same factor in the numerator and denominator, there is a hole.
you are given which is already factored and you can see there is to simplify, that is common factor, means there is a hole at
find coordinate, plug in
hole is at (,)
and vertical asymptotes: ...first simplify
I'll find any vertical asymptotes, by setting the denominator equal to zero and solving:
and it is
->} ->}
a vertical asymptotes are at , and