This course provides an overview of classical physics, including experimentation, measurement, mechanics, forces and dynamics, astrophysics/astronomy, and gravitational force.
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Mechanics topics include 1D motion, displacement, velocity, acceleration, and motion graphs. Forces and dynamics are covered in depth, including Newton's laws of motion, momentum, friction, free fall, springs, and pressure. The course also examines gravitational force, gravity on different planets, space travel, satellites, and Newton's law of gravitation. The basic principles of science are covered, including scientific investigation, data collection, SI units, measurement techniques, and a history of influential physicists.

Feynman I continues with classical physics topics and lays the foundation needed for study of quantum physics. It covers the core concepts of energy, work, and power, covering various forms, the principles of conservation, kinetic and potential energies, and thermal energy, including temperature, conduction, convection, radiation, and measures to minimize energy loss. The course explores various energy resources, their renewability, and conservation methods. It further explores the concepts of power, mechanical advantage through springs and Hooke's Law, and the detailed study of motion via experimental and simulation tools. Additionally, it covers electromagnetic waves, light's nature, sound phenomena, and fundamental astrophysics, offering a holistic view of physics' role in understanding and interacting with the world.

Feynman II delves deeper into the nuances of light and quantum physics, offering a rich exploration of optical phenomena such as refraction, total internal reflection, Snell’s Law, and the principles of geometric optics, including the behavior of concave and convex mirrors and lenses, as well as the use of prisms. It advances into the realm of quantum physics, discussing the duality of waves and particles, the pioneering double slit experiment, and electron behavior, thereby challenging classical notions of physics. The curriculum emphasizes the importance of research methods, encouraging the creation of simulations and practical problem-solving.
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Moreover, Feynman II provides students with the autonomy to explore topics of personal interest, ranging from density and buoyancy to momentum, gravity, and gravitational forces. The module also covers foundational physics topics such as static electricity, electrical circuits, detailed studies of motion, forces and moments, momentum and collisions, and fluid mechanics, including pressure dynamics in liquids and gases and the operation of hydraulic systems. This comprehensive course not only deepens understanding of physical laws but also hones investigative and analytical skills, preparing students for further scientific endeavors.