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Derivatives and Integrals An Annotated Discourse

Appendix E All Solutions that are Answers to Odd Exercises

View Source for solutions
<solutions label="solutions-odd-answers" inline="answer" divisional="answer" worksheet="answer" reading="answer" project="answer" admit="odd">

  <title>All Solutions that are Answers to Odd Exercises</title>

  <idx><h>solutions</h><h>all even answers</h></idx>

  <introduction>

    <p>
      This should be identical to the previous collection of answers, <em>except</em> only exercises with an even number are reported (via the <attr>admit</attr> attribute).
    </p>

  </introduction>

  <!-- content will happen here automatically -->

</solutions>
This should be identical to the previous collection of answers, except only exercises with an even number are reported (via the @admit attribute).

4 An Interesting Corollary
4.2 A Pedagogical Note about SubsectionΒ 4.1
4.2.2 Advice

Project 4.5.

Answer.
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<answer>

  <p>
    Here's the answer we are looking for.
  </p>

</answer>
Here’s the answer we are looking for.

4.6 Introductions and Conclusions
4.6.2 Test Two

What Did You Learn?

4.6.2.1.
Answer.
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<answer>

  <p>
    An answer so there is something to appear in a <tag>solutions</tag>.
  </p>

</answer>
An answer so there is something to appear in a <solutions>.

Exercises

4.6.2.1.
Answer.
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<answer>

  <p>
    An answer so there is something to appear in a <tag>solutions</tag>.
  </p>

</answer>
An answer so there is something to appear in a <solutions>.

11 Further Reading
11.3 More Exercises

11.3.25.

Answer.
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          <answer>

            <sidebyside>

              <tabular halign="center">

                <row header="yes" bottom="medium">

                  <cell><m>x</m></cell>

                  <cell><m>f(x)</m></cell>

                </row>

                <row>

                  <cell><m>0</m></cell>

                  <cell><m>0</m></cell>

                </row>

                <row>

                  <cell><m>1</m></cell>

                  <cell><m>1</m></cell>

                </row>

                <row>

                  <cell><m>2</m></cell>

                  <cell><m>4</m></cell>

                </row>

                <row>

                  <cell><m>3</m></cell>

                  <cell><m>9</m></cell>

                </row>

              </tabular>

              <image xml:id="x-squared">

                <latex-image>
\begin{tikzpicture}
    \begin{axis}
        \addplot[domain=-1.5:4, blue, thick, {stealth}-{stealth}] {x^2};
    \end{axis}
\end{tikzpicture}
                </latex-image>

              </image>

            </sidebyside>

          </answer>
\(x\) \(f(x)\)
\(0\) \(0\)
\(1\) \(1\)
\(2\) \(4\)
\(3\) \(9\)

39 Worksheet Solution Testing
39.1 Subsection with only exercise

39.2 Subsection with only project

Project 39.1.

Answer.
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<answer>

  <p>
    This is a project's answer.
  </p>

</answer>
This is a project’s answer.

39.4 Worksheet with only exercise

39.4.1.

Answer.
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<answer>

  <p>
    This is an exercise's answer.
  </p>

</answer>
This is an exercise’s answer.

39.5 Worksheet with only project

Project 39.3.

Answer.
View Source for answer
<answer>

  <p>
    This is a project's answer.
  </p>

</answer>
This is a project’s answer.

39.6 Worksheet with both exercise and project

39.6.1.

Answer.
View Source for answer
<answer>

  <p>
    This is an exercise's answer.
  </p>

</answer>
This is an exercise’s answer.

41 Exercise Section, Structured