Honors Physics
Course Overview:
Holston Academy’s Honors Physics online course is a rigorous, trigonometry-based, college-preparatory science course designed for motivated high school students who want to explore how the laws of physics explain the natural world. This advanced online physics course emphasizes both theoretical understanding and real-world application, requiring students to apply mathematical reasoning, problem-solving skills, and critical thinking throughout the year. Honors students complete additional module assignments that demonstrate deeper analysis and practical applications of physics concepts, preparing them for future STEM coursework and careers.
Semester 1:
In Honors Physics Semester 1, students build a strong foundation in classical mechanics by mastering measurement systems, scientific notation, and significant digits before progressing into the study of motion and forces. The course covers one- and two-dimensional motion, gravity, Newton’s Laws of Motion, circular motion, momentum, energy, and simple machines. Students regularly apply algebraic and trigonometric concepts—such as graphing, vectors, and trigonometry—to analyze physical systems and solve complex physics problems. Honors-level assignments encourage students to demonstrate understanding through applied roles, such as designing science museum exhibits or teaching physics concepts to younger learners, reinforcing both mastery and communication skills.
Semester 2:
Honors Physics Semester 2 expands students’ understanding of mechanics while introducing key topics in modern physics. Students explore simple harmonic motion, wave behavior, sound, light, and optics before moving into thermodynamics and fluid mechanics. The course then transitions into electricity and magnetism, examining electric charge, circuits, and electromagnetic interactions. The semester concludes with an introduction to Modern Physics, including nuclear science, the photoelectric effect, radiation, and relativity. This honors-level online physics course challenges students to connect abstract principles to real-world phenomena while strengthening analytical reasoning, mathematical modeling, and scientific communication skills.
Materials listed should be acquired by the student prior to beginning the work in the course.