This course focuses heavily on the practical applications of physics. With guidance, students will design, create, test, and refine projects that reflect various physics principles and engineering practices. Examples of projects may include: glider, remote controlled airplane, boat, bridge, tower, music synthesizer, speaker, house with electric circuits, telescope, bottle rocket, alternative energy source, maglev, or Rube Goldberg device. Assessments will focus largely on journals and presentations to develop effective communication skills.
This course is offered at the combined CP/ACP level. Students will be placed in the ACP section for scheduling purposes only. Students will be able to designate which level they would like to be assessed at in the fall once they learn about course expectations.
SKILL 1: Investigating Practices
Students will be able to solve problems mathematically using relevant content in familiar contexts with appropriate scaffolding and support.
Students will be able to use proportional reasoning to solve problems using relevant content in familiar contexts with appropriate scaffolding and support.
SKILL 2: Sensemaking Practices
Students will be able to analyze and interpret data using relevant content in familiar contexts with appropriate scaffolding and support.
Students will be able to construct an explanation for a scientific phenomenon using relevant content in familiar contexts with appropriate scaffolding and support.
SKILL 3: Modeling
Students will be able to interpret or construct an effective model in a familiar context using all relevant content with appropriate scaffolding and support.