Prerequisite: Previous completion of Geometry or permission from instructor. Biology and Chemistry are recommended but not required
This course should provide students with many of the basic concepts and principles of physics and well as increase their understanding of these concepts through a wide variety of problem and application of this field of study. Students will be required to describe physical phenomena qualitatively, quantitatively, algebraically, and graphically. Students will also inquire into the Nature of Science, and how physics is present in all branches of science.
Students in this course should be able to
· Identify the basic concepts and principles of physics.
· Apply learned concepts and relationships to solve a variety of application problems.
· Collect and analyze data to test physical properties and theories.
o Motion in one dimension
o Vectors and two-dimensional motion
o Laws of motion
o Work and energy
o Momentum and collisions
o Circular motion and the law of gravity
o Rotational equilibrium and rotational dynamics
· Electricity and Magnetism
o Electric forces and electric fields
o Electrical energy and capacitance
o Current and resistance
o Direct current circuits
This class is taught mainly through guided scientific inquiry, cooperative learning groups, individual practice, and laboratory investigations. Students will often work in cooperative learning groups and communicate their results, usually through white boarding, to their peers. Daily assignments are a major part of the learning process. Students are expected to complete every assignment and give full participation in class for successful completion of this course.
Students will be assessed with the following:
Serway and Faughn, College Physics: Sixth Edition.
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