Energy Skate Park: Basics - Thermal Energy | Energy | Conservation of Energy - PhET Interactive Simulations

Energy Skate Park: Basics - Learning Objectives

• Core Concepts: Conservation of mechanical energy, kinetic energy (KE), gravitational potential energy (PE), and the impact of friction.
• Visual Analysis: Interpreting Energy Bar and Pie Charts to understand the relationship between a skater's position, speed, and energy distribution.
• Variable Impacts:
  • Mass: Analyzing how changes in the skater's mass influence total energy.
  • Friction: Analyzing how track friction affects energy loss and thermal energy conversion.
• Predictive Modeling: Estimating speed or position based on visual energy data.
• Quantitative Skills: Calculating KE, PE, speed, or height at specific points on the track using energy conservation principles.
• Application: Designing a skate park layout that demonstrates the practical application of mechanical energy conservation.