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Course Criteria
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3.00 Credits
This course is for students in the biological sciences and premedical curricula and for nonscience majors desiring two semesters of physics. Contemporary topics such as relativity, nuclear, atomic and molecular structure follow classical topics such as mechanics, waves, heat, electricity, magnetism and light. The treatment is generally quantitative but without calculus. Fall, Spring [9/4/1996]
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3.00 Credits
This course is for students in the biological sciences and premedical curricula and for nonscience majors desiring two semesters of physics. Contemporary topics such as relativity, nuclear, atomic and molecular structure follow classical topics such as mechanics, waves, heat, electricity, magnetism and light. The treatment is generally quantitative but without calculus. Fall, Spring [7/1/1996]
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3.00 Credits
A study of the principles of physics through an examination of various modern technical devices such as televisions, refrigerators, motors, etc. [9/4/1996]
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3.00 Credits
An introduction to electricity, basic electronics, electronic devices and their applications. The course will provide a level of essential knowledge and practical experience, through laboratory work, for the students to better understand and utilize the electronic tools of their disciplines and electronic products encountered in their general life environment. [10/19/2001]
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3.00 Credits
This course shows how the basic laws of physics are applied to medicine. Topics will include conservation laws, biomechanics, pressure and hydrostatics, sound and hearing, heat and thermodynamics, optics and vision, application of electrostatics to medicine, current electricity and magnetism, nuclear physics and their application in medicine and radiology. [1/27/2003]
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3.00 Credits
Lab: associated with PHYS 1001 - General Physics I [9/4/1996]
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3.00 Credits
LAB: associated with PHYS 1002 - General Physics II\ [7/1/1996]
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3.00 Credits
LAB: associated with PHYS 1003 - Physics in the Modern World: How Things Work [9/4/1996]
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3.00 Credits
Through hands-on experience, students learn the basic skills of electronics such as soldering, reading schematic diagrams, and the use of electronic measuring instruments including digital voltmeters, oscilloscopes, power supplies, and signal generators. Students build basic electronic circuits using transistors, resistors, capacitors, diodes, LED's, integrated circuits and other components and make measurements to confirm their functions as explained in the lecture section of the course. Other experiments include basic optics, light and color, house and appliance wiring, computer maintenance and upgrading. Electronic devices such as CD and DVD drives, digital cameras, monitors, cell phonesm iPods, and computers are disassembled and examined to identify the mechanical and electronic components and understand how those devices perform their functions. [10/19/2001]
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3.00 Credits
LAB: associated with PHYS 1125 - Astronomy [9/4/1996]
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