Which statement correctly demonstrates using limits to determine a vertical asymptote of g of x is equal to the fraction with numerator 2 times open paren x plus 4 close paren squared and denominator x squared minus 16 ?

Question

Revolt · Accepted Answer

There is a vertical asymptote at  x is equal to 4  because

limit x to 4 raised to the negative power of g times x is equal to negative infinity

and

limit x to 4 raised to the plus power of g times x is equal to infinity

.

Limits, Asymptotes, and End Behavior - Quiz Quiz

Which statement correctly demonstrates using limits to determine a vertical asymptote of g of x is equal to the fraction with numerator 2 times open paren x plus 4 close paren squared and denominator x squared minus 16 ?

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