Among your given choices, option 4 closely resembles this definition. We cannot view if x = -1 is undefined on the graph since we can’t see it but that option is the most accurate among all of them.

Hi! To quickly know what graph represents the given function, we just take a look at the intercepts and possible undefined values. We know that the denominator can’t be zero so -1 should never be a value of x. For the y-intercept, we get -4 upon setting all x variables to zero. On the other hand, for the x-intercept, we will get 2 upon factoring the equation.

Among your given choices, option 4 closely resembles this definition. We cannot view if x = -1 is undefined on the graph since we can’t see it but that option is the most accurate among all of them.

## Answers ( 2 )

Answer:Among your given choices, option 4 closely resembles this definition. We cannot view if x = -1 is undefined on the graph since we can’t see it but that option is the most accurate among all of them.

Step-by-step explanation:Hi! To quickly know what graph represents the given function, we just take a look at the intercepts and possible undefined values. We know that the denominator can’t be zero so -1 should never be a value of x. For the y-intercept, we get -4 upon setting all x variables to zero. On the other hand, for the x-intercept, we will get 2 upon factoring the equation.

Among your given choices, option 4 closely resembles this definition. We cannot view if x = -1 is undefined on the graph since we can’t see it but that option is the most accurate among all of them.