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Course Criteria
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3.00 Credits
This standard introductory physics course is designed for science and engineering students and uses calculus, vector analysis, significant figures and scientific notation throughout the presentation. PHY 110 includes the study of mechanics, thermodynamics, hydrostatics and sound. PHY 111 includes electricity, magnetism, optics, atomic and nuclear physics. PHY 110-every fall; PHY 111-every spring. This standard introductory physics course is designed for science and engineering students and uses calculus, vector analysis and scientific notation throughout the presentation. PHY 110 includes the study of mechanics, thermodynamics, hydrostatics and sound. PHY 111 includes electricity, magnetism, optics, atomic and nuclear physics. PHY 110-every fall semester; PHY 111-every spring semester. Prerequisite: For PHY 110: MAT 182 and a "C" grade or better in PHY 103 or on a placement examination. For PHY 111: PHY 110. (3 hrs lecture - 3 hrs laboratory)
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3.00 Credits
This standard introductory physics course is designed for science and engineering students and uses calculus, vector analysis, significant figures and scientific notation throughout the presentation. PHY 110 includes the study of mechanics, thermodynamics, hydrostatics and sound. PHY 111 includes electricity, magnetism, optics, atomic and nuclear physics. PHY 110-every fall; PHY 111-every spring. This standard physics course is designed for science and engineering students and uses calculus, vector analysis, significant figures and scientific notation throughout the presentation. PHY 110 includes the study of mechanics, thermodynamics, hydrostatics and sound. PHY 111 includes electricity, magnetism, optics, atomic and nuclear physics. PHY 110-every fall; PHY 111-every spring. This standard introductory physics course is designed for science and engineering students and uses calculus, vector analysis and scientific notation throughout the presentation . PHY 110 includes the study of mechanics, thermodynamics, hydrostatics and sound. PHY 111 includes electricity, magnetism, optics, atmoic and nuclear physics. PHY 110 - every fall semester; PHY 111 - every spring semester. Prerequisite: for PHY 110: MAT 182 and a "C" grade or better in PHY 103 or on a placement examination. For PHY 111: PHY 110. (3 hrs lecture - 3 hrs laboratory)
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3.00 Credits
A general physics course appropriate for students majoring in life science, pre-medicine and other related disciplines; uses vector analysis, significant figures and scientific notation throughout the presentation. The course gives in-depth presentation of the traditional general physics material with examples of physical principals from the life sciences and daily living. PHY 120-every fall; PHY 121-every spring. A general physics course appropriate for students majoring in life science, pre-medicine and other related disciplines; uses vector analysis, significant figures and scientific notation throughout the presentation. The course gives in-depth presentation of the traditional general physics material with examples of physical principals from the life sciences and daily living. PHY 120-every fall semester; PHY 121-every spring semester. Prerequisite: for PHY 120: MAT 100 and a "C" grade or better in PHY 103 or in a placement examination. For PHY 121: PHY 120. (3 hrs lecture-3 hrs laboratory).
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3.00 Credits
A general physics course appropriate for students majoring in life science, pre-medicine and other related disciplines; uses vector analysis, significant figures and scientific notation throughout the presentation. The course gives in-depth presentation of the traditional general physics material with examples of physical principles from the life sciences and daily living. PHY 120-every fall; PHY 121-every spring. A general physics course appropriate for students majoring in life science, pre-medicine and other related disciplines; uses vector analysis, significant figures and scientific notation throughout the presentation. The course gives in-depth presentation of the traditional general physics material with examples of physical principles from the life sciences and daily living. PHY 120-every fall; PHY 121-every spring. A general physics course appropriate for students majoring in life science, pre-medicine and other related disciplines; uses vector analysis, significant figures and scientific notation throughout the presentation. The course gives in-depth presentation of the traditional general physics material with examples of physical principles from the life sciences and daily living. PHY 120-every fall semester; PHY 121-every spring semester. Prerequisite: for PHY 120: MAT 100 and a "C" grade or better in PHY 103 or in a placement examination. For PHY 121: PHY 120. (3 hrs lecture-3 hrs laboratory).
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3.00 Credits
This course will investigate present and possible future energy sources, and discuss man's use and misuse of the different forms of energy and the effects of these energy uses on society. This course will investigate present and possible future energy sources, and discuss man's use and misuse of the different forms of energy and the effects of these energy uses on society. (3 hrs lecture--2-hrs laboratory).
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3.00 Credits
This is a first course in electronics for students with no prior knowledge of electricity or of electronics. It is a hands-on course in which the student learns to identify the components of various circuits and how to construct and test the circuits. Solid state devices, integrated circuits and digital electronic circuits are included. Only elementary mathematics is used. Not open to students who have taken PHY 200. This is a first course in electronics for students with no prior knowledge of electricity or of electronics. It is a hands-on course in which the student learns to identify the components of various circuits and how to construct and test the circuits. Solid state devices, integrated circuits and digital electronic circuits are included. Only elementary mathematics is used. Prerequisite: MAT 100 or equivalent. (2 hrs. lecture--two 2 hr laboratory).
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3.00 Credits
This course is an introduction to electronic circuits for digital applications. It provides hands-on experience with the building blocks of common digital circuits (logic gates, integrated circuits, registers and shift registers, clocks, etc.) and their applications for combinational logic, memories, analog to digital conversion, etc. Spring semester This course is an introduction to electronic circuits for digital applications. It provides hands-on experience with the building blocks of common digital circuits (logic gates, integrated circuits, registers and shift registers, clocks, etc.) and their applications for combinational logic, memories, analog to digital conversion, etc. Spring semester. This course is an introduction to electronic circuits for digital applications. It provides hands-on experience with the building blocks of common digital circuits (logic gates, integrated circuits, registers and shift registers, clocks, etc.) and their applications for combinational logic, memories, analog to digital conversion, etc. Spring semester. Prerequisite: MAT 133 or equivalent. (2 hrs. lecture--two 2 hr laboratory)
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3.00 Credits
Student can repeat with different topic.
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3.00 Credits
This course is an introduction to the physics of fluids and the dynamics of fluid flows. It provides a fundamental basis for understanding more advanced fluid dynamics topics and processes addressed in later courses (e.g. AST 405, MTR 420/421, MTR 510, MTR 521, and PHY 530). Topics to be addressed include pipe and channel flow, flow past a circular cylinder, convection between parallel plates, equations of fluid motion, fluid flow dynamics, low and high Reynolds number flows, inviscid flow, boundary layers, wakes and jets, convection, stratified and rotating flows, and hydrodynamical instabilities. Introductory applicatoins will be made to a variety of fluid flow problems in geophysics and astrophysics.
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3.00 Credits
Student can repeat with different topic.
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