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Gravity solution
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<p><XXX></XXX> </p></li><li><p><b>air XXXXXXXXXX factor:</b> &XX;span class="XXXX-XXXXXX" XXXX-XXXX="XXX \XXXX{ (XXX)}" data-XXXXX-in-XXXX="XX"&XX;$XXX \text{ (prh)}$&XX;/span&XX;</p><p><XXX></sup> </p></li><li><p><b>drop height (<span class="XXXX-inline" data-math="h" data-XXXXX-in-XXXX="13">$h$</span>):</b> <span XXXXX="math-XXXXXX" data-XXXX="3.X \text{ meters}" data-index-in-XXXX="XX"&XX;$X.7 \text{ meters}$</span></p><p><sup></XXX> </p></li><li><p><b>gravitational XXXXXXXXXXXX (<span XXXXX="XXXX-XXXXXX" data-math="g" XXXX-index-in-node="XX">$g$&XX;/span>):</b> &XX;span class="XXXX-XXXXXX" XXXX-XXXX="9.XX \text{ m/s}^2" XXXX-index-in-node="32"&XX;$X.81 \text{ m/s}^2$&XX;/span&XX;</p></li></ul> <XX><b>X. step-XX-step XXXXXXXXXXXX derivation</b></h3> <XX><b>a. XXXXX XXXX-XXXX XXXXXXXX (gravity component):</b></h4> <p>using the kinematic XXXXXXXX XX XXXXXX under constant acceleration XXXXXXX initial downward XXXXXXXX:</p><p>.</p><p>.</p><p>.</p><p>XXXXXX check attached file</p>">
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