## How many horizontal asymptotes can a function have?

A function can have at most **two** different horizontal asymptotes.

## How do you find horizontal asymptotes of a rational function?

**The horizontal asymptote of a rational function can be determined by looking at the degrees of the numerator and denominator.**

- Degree of numerator is less than degree of denominator:
**horizontal asymptote**at y = 0. - Degree of numerator is greater than degree of denominator by one: no
**horizontal asymptote**; slant**asymptote**.

## Can a rational function have infinitely many vertical asymptotes?

SOLUTION: The maximum number of **vertical asymptotes** a **rational function can have** is **infinite**.

## What are the rules for horizontal asymptotes?

**The three rules that horizontal asymptotes follow are based on the degree of the numerator, n, and the degree of the denominator, m.**

- If n < m, the
**horizontal asymptote**is y = 0. - If n = m, the
**horizontal asymptote**is y = a/b. - If n > m, there is no
**horizontal asymptote**.

## Is the horizontal asymptote the limit?

determining the **limit** at infinity or negative infinity is the same as finding the location of the **horizontal asymptote**. there’s no **horizontal asymptote** and the **limit** of the function as x approaches infinity (or negative infinity) does not exist.

## Can a rational function have both slants and horizontal asymptotes?

the **rational function** will **have** a **slant asymptote**. Some things to note: The **slant asymptote** is the quotient part of the answer you **get** when you divide the numerator by the denominator. A graph can **have both** a vertical and a **slant asymptote**, but it CANNOT **have both** a **horizontal** and **slant asymptote**.

## What is the horizontal asymptote?

**Horizontal asymptotes** are **horizontal** lines the graph approaches. If the degree (the largest exponent) of the denominator is bigger than the degree of the numerator, the **horizontal asymptote** is the x-axis (y = 0). If the degree of the numerator is bigger than the denominator, there is no **horizontal asymptote**.

## How do you find vertical and horizontal asymptotes?

The **vertical asymptotes** will occur at those values of x for which the denominator is equal to zero: x2 − 4=0 x2 = 4 x = ±2 Thus, the graph will have **vertical asymptotes** at x = 2 and x = −2. To find the **horizontal asymptote**, we note that the degree of the numerator is one and the degree of the denominator is two.

## How do you find the vertical and horizontal asymptotes of a rational function?

If both polynomials are the same degree, divide the coefficients of the highest degree terms. If the polynomial in the numerator is a lower degree than the denominator, the x-axis (y = 0) is the **horizontal asymptote**.

## Can a rational function have two vertical asymptotes?

**Asymptotes**. A **rational function can have** at most one **horizontal** or oblique **asymptote**, and many possible **vertical asymptotes**; these **can** be calculated.

## What is the maximum number of vertical and horizontal Asymptotes a function can have?

Furthermore, a **function** cannot **have** more than 2 **asymptotes** that are either **horizontal** or oblique linear, and then it **can** only **have** one of those on each side. This **can** be seen by the fact that the **horizontal asymptote** is equivalent to the **asymptote** L(x)=b. Example. Find the oblique linear **asymptote**(s) of f(x)=x2+1x−3.

## How many oblique asymptotes can a function have?

Finding **Oblique Asymptote** A given rational **function will** either **have** only one **oblique asymptote** or no **oblique asymptote**. If a rational **function has** a horizontal **asymptote**, it **will** not **have** an **oblique asymptote**.

## Why do horizontal asymptotes occur?

An **asymptote** is a line that a graph approaches without touching. Similarly, **horizontal asymptotes occur** because y can come close to a value, but can never equal that value. The graph of a function may have several vertical **asymptotes**.

## Why do polynomials not have Asymptotes?

Rational algebraic functions (having numerator a **polynomial** & denominator another **polynomial**) **can have asymptotes**; vertical **asymptotes** come about from denominator factors that could be zero. It **has no asymptotes** because it is continuous on its domain, which means there are no holes or jumps.