### All High School Math Resources

## Example Questions

### Example Question #11 : Exponents

What are the y-intercepts of this equation?

**Possible Answers:**

**Correct answer:**

To find the y-intercepts, set the value equal to and solve.

### Example Question #1 : Understanding Asymptotes

What are the horizontal asymptotes of this equation?

**Possible Answers:**

There are no horizontal asymptotes.

**Correct answer:**

When looking for the horizontal asymptotes, examine the exponents of the variables. Because the variable in the denominator has a higher exponent than the variable in the numerator, the horizontal asymptote will be at .

### Example Question #2 : Understanding Asymptotes

What are the vertical asymptotes of the equation?

**Possible Answers:**

**Correct answer:**

To find the vertical asymptotes, set the denominator equal to zero and solve.

However, we need to rationalize from here. We need to get rid of the cubed root in the denominator.

.

Therefore:

Bring the exponent from the numerator under the radical:

Simplify:

### Example Question #14 : Exponents

What is the horizontal asymptote of this equation?

**Possible Answers:**

There is no horizontal asymptote.

**Correct answer:**

To find the horizontal asymptotes, we compare the exponents of in our fraction. Because the denominator variable's exponent is greater than the numerator variable's exponent, our horizontal asymptote is at .

### Example Question #15 : Exponents

What are the vertical asymptotes of the equation?

**Possible Answers:**

There are no vertical asymptotes.

**Correct answer:**

To find the vertical asymptotes, we set the denominator equal to zero.

Because the square root only gives us the absolute value, our answer will be:

### Example Question #1 : Understanding Asymptotes

What are the horizontal asymptotes of this equation?

**Possible Answers:**

There are no horizontal asymptotes.

**Correct answer:**

Since the exponents of the variables in both the numerator and denominator are equal, the horizontal asymptote will be the coefficient of the numerator's variable divided by the coefficient of the denominator's variable.

For this problem, since we have , our asymptote will be .

### Example Question #1 : Understanding Asymptotes

What are the vertical asymptotes of the equation?

**Possible Answers:**

There are no vertical asymptotes.

There are no real vertical asymptotes.

**Correct answer:**

There are no real vertical asymptotes.

To find the vertical asymptotes, we set the denominator equal to zero and solve.

Since we'd be trying to find a negative number, we have no real solution. Therefore, there are no real vertical asymptotes.

### Example Question #23 : Exponents

What are the vertical asymptotes of this equation?

**Possible Answers:**

There are no real vertical asymptotes for this function.

**Correct answer:**

To find the vertical asymptotes, we set the denominator equal to zero.

### Example Question #1 : Understanding Asymptotes

What is the horizontal asymptote of this equation?

**Possible Answers:**

There is no horizontal asymptote.

**Correct answer:**

Look at the exponents of the variables. Both our numerator and denominator are . Therefore the horizontal asymptote is calculated by dividing the coefficient of the numerator by the coefficient of the denomenator.

### Example Question #1 : Understanding Asymptotes

Find the vertical asymptote(s) of .

**Possible Answers:**

and

There are no real vertical asymptotes for this function.

and

**Correct answer:**

and

To find the vertical asymptotes, we set the denominator of the fraction equal to zero, as dividing anything by zero is undefined.

Take our given equation, , and now set the denominator equal to zero:

is not a perfect square, but let's see if we can pull anything out.

Don't forget that there is a negative result as well:

.