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Course Criteria
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3.00 Credits
A basic study of the nature, theory and behavior of light. Instruction will include, but not be limited to, the following: luminous and illuminated sources, rectilinear propagation, shadows, concepts of rays, pencils and beams, wave theory, diffraction, reflection and refraction at plane and spherical surfaces and image formation of thin lenses. Concurrent registration in PH 171 is required. Prerequisite: MT 006 or equivalent. F (N)
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0.00 Credits
To be taken concurrently with PH 170. Designed to provide time for conducting selected experiments concurrent with class instruction. F (N)
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3.00 Credits
Instruction will include, but not be limited to, the following: two lens system with emphasis on telescope and microscope, photometry, interference, polarization, Gaussian equivalent lens for two lens system and thick lens. Concurrent registration in PH 173. Prerequisite: PH 170 PH 171. S (N)
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0.00 Credits
To be taken concurrently with PH 172. Designed to provide time for conducting selected experiments concurrent with class instruction. S (N)
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4.00 Credits
A basic physics course intended for architectural technology majors (not for the liberal arts science sequence). Selected topics in mechanics, energy, power, heat, light, illumination and sound. Concurrent registration in PH 181. S (S)
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0.00 Credits
To be taken concurrently with PH 180. S (S)
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4.00 Credits
A basic physics course including topics on mechanics, motion, electricity, light, heat, power and sound. Co-requisite: MT 006, PH 191. PH 190 does not fulfill a lab science requirement for a liberal arts science degree. F/S ( C, N, S)
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0.00 Credits
A laboratory offering designed to correlate with PH 190 and provide time for conducting selected experiments concurrent with classroom instruction. Co-requisite PH 190. F/S ( C, N, S)
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4.00 Credits
The purpose of this course is to study electrical and radiologic physics. Topics will include mathematical analysis of measurements, energy, structure of matter, electricity, magnetism and electromagnetism. These concepts will be used to explain the basic characteristics of energy and its use in the fundamental operation of related equipment. A review of basic mathematical principles is included. The lab will afford the student an understanding of radiological equipment and related techniques. Precautions and safety procedures will be stressed. Measurements, energy and basic electrical concepts will also be investigated. Prerequisite: MT 013 and admission of radiologic technology program. F (C)
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3.00 Credits
Continued emphasis on the basic principles of radiologic physics. Topics include nature and structure of matter, radioactivity, nature of radiations and the production of radiations-x-rays, gamma rays and particles. Specific types of machines will also be covered. F/S (C)
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