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- 06
- <span class="name">product</span>(lst :: List<Number>) -> Number: <span class="keyword">doc</span>: <span class="string">"Return the product of t... n class="name">sum-of-cubes</span>(lst :: List<Number>) -> Number: <span class="keyword">doc</span>: <span class="string">"Return the sum of the c
- 02
- /span> <span class="name">grade</span>(percent :: Number) -> String: <span class="keyword">doc</span>... class="name">saffir-simpson</span>(wind-speed :: Number) -> String: ... <span class="keyword">end</s... > <span class="name">at-vassar</span>(latitude :: Number, longitude :: Number) -> Boolean: ... <span class="keyword">end</span> </code></pre> <p>It should r
- 01
- ted and – unsurprisingly – the result is also the number 1!</p></li> <li><p>Let’s be slightly more daring!... ead start!</p> <p>The lines below that start with number signs (<code>#</code>) are not evaluated by the c
- 03
- they compiled a data set with</p> <ul> <li><code>Number</code> attributes like the winning percentage, re... ession (in the definitions pane) that outputs the number of chocolate candies.</p> <p><strong>Hint</strong
- 04
- we all know and love – <code>String</code>, <code>Number</code>, etc. – we need to use the <code>sanitize<... cent-true</span>(t :: Table, col :: String) -> Number: <span class="keyword">doc</span>: <span class=
- 07
- hich takes a <code>Pipeline</code> and counts the number of faucets it contains.</p> <p>To do this,</p> <... hich takes a <code>Pipeline</code> and counts the number of <em>open</em> (that is, running) faucets.</p>