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Rigidity Review

\[ \definecolor{ucrblue}{rgb}{0.0627,0.3843,0.6039} \definecolor{ucrgold}{rgb}{0.9686,0.6941,0.2824} \definecolor{ucrred}{rgb}{0.8941,0,0.1686} \definecolor{ucrgreen}{rgb}{0.4706,0.7451,0.1255} \definecolor{ucraccent}{rgb}{1.0000,0.9569,0.8392} \DeclareMathOperator*{\LO}{O} \DeclareMathOperator*{\Lo}{o} \DeclareMathOperator*{\Recip}{Recip} \DeclareMathOperator*{\abs}{abs} \DeclareMathOperator{\pow}{pow} \]

Notes

You can reference these sections to review.

  • Chapter 3.1: Polynomial Functions
  • Chapter 3.2: Rational Functions

Knowledge Checks

  1. Sketch the quadratic polynomial \(f\) given by \[ f(x)=-3x^2+5x+7. \]
  2. Identify the zeros and order of each zero of \(f\) where \(f\) is given by \[ f(x)=-4(x+6)^3(x+2)^4(x-2)^7(x-6)^8. \] Sketch all possible local behaviors at each zero by using only the order of each zero.
  3. Determine the asymptotic behavior of the polynomial \(f\) given by \[ f(x)=-4(x+6)^3(x+2)^4(x-2)^7(x-6)^8. \]
  4. Use the local and global behavior of a polynomial to sketch \(f\), where \(f\) is given by \[ f(x)=-4(x+6)^3(x+2)^4(x-2)^7(x-6)^8. \]
  5. Identify the zeros and poles and the order of each zero and pole of \(f\) where \(f\) is given by \[ f(x)=\frac{x(x+7)^4}{(x-2)^6(x-5)^7}. \] Sketch all possible local behaviors at each zero by using only the order of each zero.
  6. Take \(f\) to be the polynomial given by \[ f(x)=-9x^4(x+6)^8(x+2)^9(x-4)^2. \] Sketch \(f\) and use \(y\)-axis inversion to sketch \(g\), where \(g\) is given by \[g(x)=\frac{1}{-9x^4(x+6)^8(x+2)^9(x-4)^2}.\]
  7. Use the global and local behavior of a rational function to sketch \(f\), where \(f\) is given by \[ f(x)=\frac{x(x+7)^4}{(x-2)^6(x-5)^7}. \]
  • Knowledge Checks PDF
  • Knowledge Checks Solutions

Remember, do the knowledge checks before checking the solutions.

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