First of all, the height of the first hill is 80 meters (262 feet), so the velocity of my rollercoaster as it goes down the first hill is 39.6 meters/second (129 feet/second). Next, my rollercoaster follows a slope that is similar to the path of a projectile in free fall and it includes a curve at the bottom. This would allow the passengers in the cart to smoothly reach the next part of the path. Then, there is an exit path which is a low sloped path, allowing the riders to travel up the second hill. This low sloped path would allow the riders to smoothly reach the second hill, which going at a fast velocity. The second hill is 70 meters (230 feet) and the cart is traveling at an optimum velocity for the rest of the ride of __ meters/second. Lastly, the second hills allows a path to the elliptical loop, which has a height of 35 meters and velocity of __
First of all, the height of the first hill is 80 meters (262 feet), so the velocity of my rollercoaster as it goes down the first hill is 39.6 meters/second (129 feet/second). Next, my rollercoaster follows a slope that is similar to the path of a projectile in free fall and it includes a curve at the bottom. This would allow the passengers in the cart to smoothly reach the next part of the path. Then, there is an exit path which is a low sloped path, allowing the riders to travel up the second hill. This low sloped path would allow the riders to smoothly reach the second hill, which going at a fast velocity. The second hill is 70 meters (230 feet) and the cart is traveling at an optimum velocity for the rest of the ride of __ meters/second. Lastly, the second hills allows a path to the elliptical loop, which has a height of 35 meters and velocity of __