UCSS Math II 2.3.1 Example 2

An amusement park has commissioned the design of a steel roller coaster with a drop section that is modeled by a parabola. Part of the roller coaster’s track will go through an underground tunnel. In this section, the roller coaster will dip [math]12[/math] feet below ground level. The roller coaster will dip below ground level at a horizontal distance of [math]24[/math] feet from the peak just before the drop and reemerge to ground level at a horizontal distance of [math]36[/math] feet from the peak just before the drop. Find an equation of the parabola that describes the drop and the height of the roller coaster at the peak.

 

Walch Education —

 
Type de ressources
Activité
Balises
concave  concavity  convex  curve  domain  factor  function  graph  graphing  leading-coefficient  parabola quadratic-equation range relation vertex Voir davantage …
Tranche d'âges
15 – 18
Langue
English (United States)
 
 
Version GeoGebra
4.4
Vues
1996
Contacter l'auteur de la ressource.
 
 
© 2026 International GeoGebra Institute