Pearson Active Physics Guide

| Feature | Pearson Active Physics | Traditional Physics (e.g., Giancoli, Serway) | |---------|------------------------|------------------------------------------------| | | Conceptual understanding & scientific practices | Mathematical problem-solving | | Assessment | Performance-based (70%) + Calculation (30%) | Calculation-heavy (80%) + Conceptual (20%) | | Pacing | ~1 topic per 2 weeks | ~2–3 topics per week | | Student Profile | All students (including non-science majors) | College-bound, math-proficient | | Lab Frequency | 1–2 labs per week (integrated) | 1 lab per 1–2 weeks (separate) |

The core philosophy is that students should behave like scientists. Instead of being told that force equals mass times acceleration, students design experiments to determine the relationship between force, mass, and acceleration themselves. This ownership of knowledge leads to deeper conceptual understanding and longer retention of material. pearson active physics

: Tapping into prior knowledge and sparking curiosity through a central "Chapter Challenge." | Feature | Pearson Active Physics | Traditional Physics (e