A rational function is one that can be written as

 A rational function is one that can be written as a polynomial divided  by a polynomial or the quotient of polynomials. Since polynomials are  defined everywhere, the domain of a rational function is the set of all numbers except the zeros of the denominator. The rational function f(x)=  can be transformed using methods similar to those used to transform  other types of functions as we saw in last week’s discussion. 


The purpose of this week’s discussion is to explore transformations on rational functions using the interactive site Desmos Interactive: Graph of Rational Function Version 2Links to an external site.. Using the interactive site, make adjustments to a, b, c, and d (do at least three transformations/changes).

In your original post, answer the following:

  • Post screenshots of your three graphs.
  • Answer the following questions:
    • How do the variables c and d affect the asymptotes? Which transformation rules were applied?
    • How do the variables a and b affect the asymptotes? Which transformation rules were applied?
    • In  your opinion, which transformation do you believe is less complicated  or easier to understand? Provide justification for your response.

Table of Contents

Calculate your order
Pages (275 words)
Standard price: $0.00

Latest Reviews

Impressed with the sample above? Wait there is more

Related Questions

Utilizes commodity futures trading

Pick an industry and job of your choice that utilizes commodity futures trading. In the report, provide details of the industry, job requirements and corporate

Health in the media

 1.A brief summary (2-4 sentences) of each news story. List the complete APA citation for each article before your summary, as well as the time

Developing a Case Study

Case Scenario Guidelines Select an actual event from your prior professional experience in which you or the organization(s) with which you work developed, enacted, implemented,

New questions

Don't Let Questions or Concerns Hold You Back - Make a Free Inquiry Now!