Chapter 4 Section 1
\[ \definecolor{ucrblue}{rgb}{0.0627,0.3843,0.6039} \definecolor{ucrgold}{rgb}{0.9686,0.6941,0.2824} \definecolor{ucrred}{rgb}{0.8941,0,0.1686} \definecolor{ucrgreen}{rgb}{0.4706,0.7451,0.1255} \definecolor{ucraccent}{rgb}{1.0000,0.9569,0.8392} \DeclareMathOperator*{\LO}{O} \DeclareMathOperator*{\Lo}{o} \DeclareMathOperator*{\Recip}{Recip} \DeclareMathOperator*{\abs}{abs} \DeclareMathOperator{\pow}{pow} \]
Notes
Linguistic Mapping Exercises
Knowledge Checks
- Determine which of the following functions are even, odd or neither:
- \(f(x)=x^2+\cos(x)\)
- \(f(x)=x^2+|x|+x\)
- \(f(x)=x^4\sin(x)\)
- Take \(f\) to be a function that is even. Part of its graph is shown below. Sketch what \(f\) looks like for values of \(x\) that are negative.
- Take \(f\) to be the function that is given by \[f(x)=|x-3|.\] Determine a vertical line \(L\) so that reflection of \(f\) across \(L\) is equal to \(f.\)
- Take \(f\) to be a function that is given by \[f(x)=|x-3|.\] Determine a vector \(\langle a,0\rangle\) so that \(\langle a,0\rangle+f\) is an even function.
- Take \(f\) to be a function that is given by \[f(x)=(x+2)|x+2|-1.\] Determine a point \(p\) so that rotation around \(p\) by half a circle equals \(f\).
- Take \(f\) to be a function that is given by \[f(x)=(x+2)|x+2|-1.\] Determine a vector \(V\) so that \(V+f\) is an odd function.
Remember, do the knowledge checks before checking the solutions.