Instructions
Read each question carefully and answer to the best of your ability. Show your work where required.What are the key design elements that determine the speed and thrill of a roller coaster? Check all that apply: Track design (hills, loops, corkscrews) Car design (weight, aerodynamics) Height of the initial drop Number of inversions
Explain the relationship between potential and kinetic energy in the context of a roller coaster's operation.
What is the purpose of a roller coaster's "lift hill," and how does it relate to the rest of the ride?
Design your own roller coaster! Describe one unique feature you would include to make your roller coaster thrilling but safe. What engineering principles would you use to ensure safety?
If you were tasked with improving an existing roller coaster's performance, what modifications would you suggest to increase its speed without compromising safety?
Match the following terms with their definitions: 1. G-force 2. Inversion 3. Acceleration 4. Friction Definitions: A. The force that causes a roller coaster to speed up B. A force that acts against motion between surfaces C. A maneuver where the roller coaster rides upside down D. A measure of the force exerted on a rider during sharp turns or drops
Imagine you are an engineer designing a roller coaster. Draw a diagram of your roller coaster's track and label the following elements: - Lift hill - First drop - Loop - Brake run
True or False: 1. The best roller coasters are completely automated. 2. Weather can affect roller coaster performance. 3. All roller coasters must have a braking system to control speed. 4. Steel roller coasters are always safer than wooden ones. Mark your answers and explain why for each statement.
If you could invent a new roller coaster technology to enhance the rider experience, what would it be? Write a short proposal outlining your idea and its benefits.