Question
Why do the graphs of reciprocals of linear functions always have vertical asymptotes, but the graphs of reciprocals of quadratic functions sometimes do not? Justify with an example.
Answers
except for horizontal lines, there is a point where y=0
The reciprocal would have you divide by zero, which is undefined.
Some quadratic functions, such as y = x^2+1 are never zero, so 1/y is always defined.
The reciprocal would have you divide by zero, which is undefined.
Some quadratic functions, such as y = x^2+1 are never zero, so 1/y is always defined.
Related Questions
2. Explain why the graphs of reciprocals of linear functions (except horizontal ones) always have ve...
Which statement is true about the graphs of exponential functions with a base greater than 1?
(1 po...
In 4 sentences, discuss: 1) how the graphs of quadratic functions with all real solutions differ fro...