For function limit x to c raised to the negative power of h times x is equal to negative infinity and limit x to c raised to the plus power of h times x is equal to infinity Which statement describes the existence of an asymptote at c ?

Question

Revolt · Accepted Answer

There must be a vertical asymptote at  x is equal to c .

Limits, Asymptotes, and End Behavior - Quiz Quiz

For function limit x to c raised to the negative power of h times x is equal to negative infinity and limit x to c raised to the plus power of h times x is equal to infinity Which statement describes the existence of an asymptote at c ?

More from this Course

Limits, Asymptotes, and End Behavior - Quiz Quiz

For function limit x to c raised to the negative power of h times x is equal to negative infinity and limit x to c raised to the plus power of h times x is equal to infinity Which statement describes the existence of an asymptote at c ?

More from this Course