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Course Criteria
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10.00 Credits
Graded Pass/No Credit. Prerequisites: All courses in physical therapy are restricted to students accepted into the program. Clinical Internship IV consists of a full-time educational experience in a clinical setting for 10 (ten) weeks. The primary purposes are to gain experience in an acute care, rehabilitation or specialty setting, demonstrate entry-level behavioral criteria in the generic abilities and clinically apply skills and knowledge attained in the first two years of the program. Upon completion of the internship, the student will demonstrate performance at a level of professional clinical competency consistent with the expectations of a physical therapist in a similar practice setting (acute care, rehabilitation or specialty setting).
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5.00 Credits
[satisfies the GECR for natural sciences, physics.] Prerequisite: pre-university basic skills in mathematics. Course covers the elementary aspects of physical science and astronomy. It operates in an informal laboratory mode with ample opportunity for discussion and individual assistance. No mathematics beyond basic arithmetic is used.
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5.00 Credits
[satisfies the GECR for natural sciences, physics.] Prerequisite: pre-university basic skills in mathematics. For students planning to teach elementary school. Includes inquiry based physical science investigations that support science instruction outlined in the National Science Education Standards and Washington Essential Academic Learning Requirements.
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5.00 Credits
[satisfies the GECR for natural sciences, physics.] Prerequisite: pre-university basic skills in mathematics. This course follows the development of astronomy from the earth-centered model of the early Greeks through the sun-centered model of Copernicus to the modern dynamic model of the universe incorporating the known laws of physics in its description. Topics covered in this development include a study of the solar system and a brief description of the physical laws used in astronomy. Additional topics such as distances, motions properties and evolution of stars lead to a study of galaxies, the structure of the universe and to modern cosmological models. Laboratory activities include naked-eye observation and measurement, planetarium sessions, Celestial Globe activities, computer simulations, as well as experiments in optics, spectra and the use of telescopes.
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3.00 - 4.00 Credits
FALL(131)/WINTER(132)/SPRING(133) [the completion of PHYS 131, 161 satisfies the GECR for natural sciences, physics; counts as one course. the completion of PHYS 131, 132, 161, plus any one of the following: 162, 163, 164 satisfies the GECR for natural sciences, physics; counts as two courses. Prerequisites: MATH 106, concurrent enrollment in PHYS 161 for PHYS 131 is recommended; PHYS 131 for PHYS 132; and PHYS 132 for PHYS 133. These courses are designed primarily for science students with mathematical preparation through algebra and trigonometry. No calculus is used. The topics covered are PHYS 131 - kinematics, dynamics, conservation of momentum and energy and simple harmonic motion; PHYS 132 - sound/waves, heat/ thermo-dynamics, geometric optics; PHYS 133 - electricity and magnetism, physical optics, modern physics. Each course consists of 4 credits of lecture and 1 credit of required instrumentation laboratory.
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4.00 Credits
FALL [the completion of PHYS 151, 161 satisfies the GECR for natural sciences, physics; counts as one course. Prerequisites: Concurrent enrollment in MATH 161. Concurrent enrollment in PHYS 161 is recommended. Part of a four-quarter beginning sequence (151, 152, 153, 221) suitable for all students of natural science and mathematics. Topics covered include: one and multi-dimensional kinematics and dynamics, energy and momentum and oscillations.
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4.00 Credits
[the completion of PHYS 151, 152, 161, plus any one of the following: 162, 163, 164 satisfies the GECR for natural sciences, physics; counts as two courses.] Prerequisites: PHYS 151 and concurrent enrollment in MATH 162. Part of a four-quarter beginning sequence (151, 152, 153, 221) suitable for all students of natural science and mathematics. Topics covered include: rotational motion, gravity, fluids, waves and thermodynamics.
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4.00 Credits
SPRING Prerequisites: PHYS 152 and concurrent enrollment in MATH 163. Part of a four-quarter beginning sequence (151, 152, 153, 221) suitable for all students of natural science and mathematics. Topics covered include: electrostatics, direct current circuit theory, magnetism and geometric optics.
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1.00 Credits
FALL A laboratory course in mechanics, including onedimensional motion, motion in a plane, dynamics, conservation of energy and momentum and oscillating motion.
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1.00 Credits
A laboratory course suitable for use with either Introductory or General Physics. Experiments in optics include reflection and refraction, lenses and mirrors, microscopes and telescopes, optical spectra and microwave optics. Experiments in heat include heat and temperature, thermal expansion, mechanical and electrical equivalents of heat and a study of gas laws.
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