Roller Coaster Dynamics
Dive into the forces and energies at play during a roller coaster ride, from acceleration to potential energy. Explore Newton's laws and the thrilling physics behind the twists and turns of amusement park attractions.
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Presentation Transcript
Score Team 1 0 Team 2 0 1 3 10 4 6 7 1 2 3 8 5 9
Question - 1 A force that is experienced during the roller coaster ride that occurs in a loop or a turn that pushes you in your seat and up against the side of the car. 1. Acceleration 2. Deceleration 3. Centripetal Force 4. Distance Centripetal Force
Question - 2 The rate at which velocity changes...increasing speed, decreasing speed and changing direction. 1. Acceleration 2. Deceleration 3. Centripetal Force 4. Distance Acceleration
Question - 3 A type of acceleration that occurs due to a loss of speed that occurs over a period of time. Slowing down. 1. Acceleration 2. Deceleration 3. Centripetal Force 4. Distance Deceleration
Question - 4 The measurement of length that is between any two points on the roller coaster. This length is not necessarily a straight line. 1. Acceleration 2. Deceleration 3. Centripetal Force 4. Distance Distance
Question - 5 Directly related to Newton's 1st Law of Motion, the tendency of an object to resist any change in motion. 1. Gravity 2. Inertia 3. Kinetic Energy 4. Potential Energy Inertia
Question - 6 The force that pulls objects toward each other. 1. Gravity 2. Inertia 3. Kinetic Energy 4. Potential Energy Gravity
Question - 7 Energy that an object has due to its motion. 1. Gravity 2. Inertia 3. Kinetic Energy 4. Potential Energy Kinetic Energy
Question - 8 The amount of energy that is built up when a roller coaster accelerates. 1. Gravity 2. Inertia 3. Kinetic Energy 4. Potential Energy Momentum
Question - 9 The type of stored energy that an object or system of objects may have based on their size, shape, position, or even material they are made from. 1. Gravity 2. Inertia 3. Kinetic Energy 4. Potential Energy Potential Energy
Question - 10 The speed and the direction of the roller coaster during the part of it's path. Example (60 mph North) 1. Inertia 2. Kinetic Energy 3. Potential Energy 4. Velocity Velocity
