Essential guide for mastering elementary physics through hands-on experiments
Learn the core facts and principles of physics with practical, quantitative lab work designed for everyday life applications. This Descriptive List presents a structured course aligned with Harvard’s admission requirements, emphasizing observation, measurement, and clear record-keeping.
This edition frames the course around a program of about sixty described exercises, with a focus on building a strong laboratory habit. It explains how students demonstrate their understanding through written and laboratory examinations, and it outlines how to organize and present a clear, well‑kept notebook endorsed by a teacher. The content is arranged to support early, progressive study through two parts and a practical apparatus list, including cost considerations and sourcing guidance.
- What you’ll encounter
- A clear map of the course structure, including mechanics, hydrostatics, light, heat, sound, and electricity
- Guidance on the required balance of qualitative work, laboratory practice, and written problems
- How to prepare a notebook that serves both study and examination needs
- Details on apparatus, budgeting, and the pace of learning across a full academic year
- What you’ll learn or do
- Perform and record quantitative observations from elementary experiments
- Understand the role of measurement, accuracy, and documentation in physics
- Tackle a broad set of exercises with emphasis on real‑world applications and reasoning
- Build a study plan that starts early and progresses to more complex investigations
- Why this matters
- It aligns practical lab work with admission requirements and testing aims
- It provides a tested framework for teachers and students to build confidence in physics
- It supports consistent notebook‑keeping as a foundation for scientific habits
Ideal for students preparing for college entry in physics, science teachers building classroom courses, and libraries seeking a classic, classroom‑ready reference on elementary experimental physics.