Physics is the most basic of sciences. Physics studies the behavior and structure of matter. Areas of physics include motion, fluids, heat, sound, light, electricity and magnetism, and modern physics (relativity and atomic structures). Both AP Physics 1 and Physics 2 are algebra-based courses, which means you don't need any calculations to excel.
However, you should have studied Geometry and Algebra I before entering AP Physics. Physics 1 is an introductory course, which will teach you the most fundamental concepts of physics, such as movement, force, gravity and electricity. Physics 2 comes after Physics 1, providing more information on topics related to electricity and introducing new areas such as thermodynamics and fluid mechanics. It's worth noting that fluid mechanics is only widely offered in AP Physics 2 and not in any other physics curriculum.
Physics C Mechanics covers many of the same topics in Physics 1, such as kinematics, momentum, and circular motion. Compared to other physics curricula, A Level Physics covers subjects in more detail and, in particular, provides information on many real-life applications of physics. In addition, for the topic of the option in Document 3 (choose one of four options) of IB Physics, NS students have additional content to study, making the exam difficult. Unlike AP Physics, where you can choose which subjects to study, A Level Physics has a defined curriculum that all students must complete.
The SAT Subject Test is not a physics curriculum, but an optional test that you can take for your application at U.S. UU. Similarly, Physics C Electricity and Magnetism covers topics in Physics 2, but again includes many more challenging concepts, such as electromagnetism and capacitance. There is no required course for this exam, so whether you take AP, A Level, or IB Physics, you can take the physics subject exam.
It includes scientists who have made significant contributions to the field of physics (Newton, Kepler, Rutherford, Einstein and more) and some concepts of quantum physics, such as black holes and superconductivity. This is a relatively fast-paced course that will prepare students for college-level physics courses. The course covers a wide range of physics topics (from the four AP Physics courses, except fluid mechanics) and also offers a great in-depth exploration of many concepts. Despite the exciting and extraordinary development of ideas throughout the history of physics, observations remain essential to the very core of the subject.