Period 2, Roller Coasters, Krohn by Janice Krohn

Table 8 Lily S, Amiee G, Kara M, Natalie U, Alivia P

2024-01-25 22:42:29 UTC

Energy plays a role in an amusement park ride because when the cart gets to the top of the ride and then drops down all of the gravitational force drags it down and makes it go fast.

Table 4 Marina, Lily, Paige, and Breanna

2024-01-25 22:44:01 UTC

Energy plays a crucial role in amusement park rides. Most rides use kinetic energy, which is the energy of motion, to create thrilling experiences for riders. For example, roller coasters use potential energy, which is stored energy, to lift the coaster to the top of a hill. Once the coaster reaches the top, the potential energy is converted into kinetic energy as the coaster accelerates down the hill and through loops and turns. Other rides, such as swings and pendulum rides, use potential and kinetic energy to create a swinging or circular motion. Without energy, amusement park rides would not be able to function and provide the exciting experiences that guests enjoy.

Table 9 Analia, Victoria, Mileva

2024-01-25 22:44:07 UTC

On a rollercoaster, energy fluctuates from potential to kinetic. When the rollercoaster reaches the top of the ride then dips down, the energy it has built up helps it go faster.

table 7 dutch koby jason

hughesj299 — 2024-01-25 22:44:16 UTC

The energy for the roller coaster is required to make it move without energy on the rails the cart wouldn't move, if it had to go up it would go backwards if there was no energy.

Table: 2 Acacia, Anna, Tori.

2024-01-25 22:45:59 UTC

On a roller coaster, energy changes from potential to kinetic energy and back again many times over the course of a ride on the roller coaster.

Logan, bryce, Chris, Lino

2024-01-25 22:48:07 UTC

the energy help the roller caster at these col parks the energy helps when you are going down the roller coaster because the energy pulls you down and

Table 13 Andrew and Kaden

2024-01-25 22:49:45 UTC

Energy is easily the most important factor in a amusement park roller coaster. From the very moment the roller coaster is launched forward at the beginning, that is kinetic energy. Once the coaster reaches the very top, the potential energy it has then becomes kinetic energy and starts to accelerate up, down, left, and right through the loops and sharp turns.

Table 10, Ryan, Dylan, Helbert, Alen

2024-01-26 07:02:53 UTC

The role that energy plays in an amusement park ride is that the energy changes from potential energy to kinetic energy and back again creating some sort of energy cycle many times throughout the ride.