Program of Studies - Acton-Boxborough Regional School District ...
Program of Studies - Acton-Boxborough Regional School District ...
Program of Studies - Acton-Boxborough Regional School District ...
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PHYSICAL SCIENCE 463 (CP)<br />
Grades: 10-12 Grouping: Homogeneous<br />
Physical Science (CP) is a conceptual course that introduces the important ideas<br />
<strong>of</strong> physics and chemistry. Labs are an integral part <strong>of</strong> the course. This course is<br />
intended for those students whose math skills are not strong, but are interested<br />
in the physical sciences.<br />
Successful completion <strong>of</strong> this class prepares students to take either CP Chemistry<br />
or CP Physics the following year.<br />
Full year course, 5 times per week, 5 credits<br />
PHYSICS 441 (H)<br />
Grades: 11-12 Grouping: Homogeneous<br />
Prerequisite: Calculus (concurrently) or by Recommendation <strong>of</strong> the Department<br />
Physics (H) is a calculus-based physics course. It is very mathematically<br />
challenging and lab-oriented. Labs are used extensively to both introduce and<br />
reinforce the key concepts being studied. Students are expected to be able to<br />
apply the concepts studied to new situations. The key concepts covered include:<br />
motion in one and two dimensions, Newton’s laws, energy, momentum,<br />
rotational mechanics, oscillations, universal gravitation, relativity, electrostatics,<br />
circuits, and magnetism. While this is not specifically an AP course, it does cover<br />
the material <strong>of</strong> the Physics C “Mechanics” Advanced Placement Exam.<br />
Full year course, 8 times per 6 day cycle, 7 credits<br />
PHYSICS 442 (AE)<br />
Grades: 11-12 Grouping: Homogeneous<br />
Prerequisite: Trig/Analytical Geometry (AE) (concurrently)<br />
Physics (AE) is an algebra and trigonometry-based physics course. Concepts and<br />
mathematical problem solving are both important aspects <strong>of</strong> this course. Labs<br />
are used extensively to both introduce and reinforce the key concepts being<br />
studied. The key concepts covered include: motion in one and two dimensions,<br />
Newton’s laws, momentum, energy, universal gravitation, electrostatics, circuits,<br />
magnetism and waves.<br />
Full year course, 8 times per 6 day cycle, 7 credits<br />
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