Topics covered include the study of measurements, one-dimensional and two-dimensional motion, vectors, Newton’s Laws of Motion, circular motion, electric and magnetic fields, energy, momentum, waves, sound, particles in fields, circuits and atoms/photons and optics. Laboratory experiments will be use to merge theory and application and are designed to challenge students think critically and analytically. This course will also help students develop problem-solving techniques and gain a greater appreciation of the impact science has on their daily lives.
The pace of the semester will be fast and will require students to keep detailed lecture and laboratory notes, as well as, demonstrate retention and application of science concepts through a variety of assigned problems, assessments, activities, laboratory experiments, and projects. The course content will build upon itself so it will be crucial for students to remain current on material being covered in each class before the next class period.
Tutorials:
Kahn Academy HyperPhysics Jeopardy Labs Phet Simulations Physics Classroom Physics Lab Ophysics
Writing Help:
Purdue Owl Writing Center KU Writing Center
Physics In the World:
CERN NASA Fermilab DUNE John Hopkins Applied Physics Sanford Underground Research Facility NIF IRT NASA
Course Schedule
Course grades are based on total points for a semester. Course activities will include exams, projects, quizzes, laboratory experiments, homework, student professionalism, cumulative final exams and lab practical. Total points for each activity will vary, but students should expect the following percentages of their overall course grades to be reflected by:
Exams and Projects 20 %
Quizzes 20 %
Cumulative Final Exam 5 %
Labs 30 %
Homework 20 %
Student Professionalism 5 %