
Energy Transformations
Students will quantify work done and the conversion between kinetic, potential, and internal energy, applying the work-energy theorem.
About This Topic
Students will quantify work done and the conversion between kinetic, potential, and internal energy, applying the work-energy theorem.
Key Questions
- How does the work-energy theorem simplify the analysis of non-uniform motion?
- What variables affect the efficiency of energy conversion in renewable power systems?
- How would an engineer optimize a roller coaster design to ensure safety while maximizing speed?
Active Learning Ideas
See all activities→Activities & Teaching Strategies
See all activities
Planning templates for Physics
More in Work, Energy, and Power
Work Done by a Force
Students will define work as the product of force and displacement in the direction of the force, calculating work done in various scenarios.
3 methodologies
Kinetic Energy
Students will define kinetic energy and calculate it for moving objects, understanding its relationship to work.
3 methodologies
Gravitational Potential Energy
Students will define gravitational potential energy and calculate it for objects in a gravitational field, relating it to work done against gravity.
3 methodologies
Conservation of Energy
Students will apply the principle of conservation of energy to various systems, understanding energy transformations between kinetic and potential forms.
3 methodologies