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Course Criteria
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3.00 Credits
Prereq: GCM 1022. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Introduction to basic physics concepts related to study of motion and forces, and static equilibrium. Translation and rotation of a rigid body, rigid body rotation, coriolis effect, vectors and motion. (Y)
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1.00 Credits
Prereq: GCS 2113; GCM 2114. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Introduction to vibrations of mechanical systems and to the basic concepts of engineering structural analysis. (Y)
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1.00 Credits
Prereq: GCM 2114. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Introduction to properties and laws associated with thermodynamics, fluid mechanics, and heat transfer. Fluid density, pressure, and viscosity; fluids at rest (including Pascal's and Archimedes' principles); conservation of mass; Bernoulli equation; temperature scales; thermal expansion of liquids and solids; heat transfer; specific heats and heats of transformation; first law of thermodynamics; kinetic theory of gasses; second law of thermodynamics. (Y)
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3.00 Credits
Prereq: GCM 1022. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Principles of electrostatics; concepts of DC-analysis; function of devices and everyday applications employing principles of electromagnetism, and/or inductors and capacitors. (Y)
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2.00 Credits
Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Prereq: GCS 3214; student in engineering technology program. Properties of mechanical elements and relationship to strength, mass properties of mechanical elements, centroids, inertia and their relation to kinetics. Introduction to the concepts of power and energy, and how they relate to translating and rotating objects. (Y)
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2.00 Credits
Prereq: GCM 3214, GCS 3163. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Introduction to mechanics of deformable bodies, comprising axial loads, beam bending, torsion of circular rods, and combined loads. Component response to the above loads and its relationship to material properties. (Y)
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3.00 Credits
Prereq: GCS 2113; GCM 3312; student in manufacturing engineering program. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Analytical foundations for kinematics concepts, integral and differential relationships in the equations of motions, centoid and inertia, momentum, translational and rotational kinetics. (T)
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1.00 Credits
Prereq: GCS 3132; GCM 3332. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Introductory study of vibrations of mechanical systems, comprising simple undamped and damped free and forced vibration; introduction to mode shapes and frequencies (T)
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4.00 Credits
Prereq: GCS 2211. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Four-part course: (1) First and Second Laws of Thermodynamics: heat and work, internal energy and enthalpy, engine operation, energy conservation in machining operations, p-v-T diagrams and thermodynamic tables, entropy, and power and refrigeration cycles. (2) Fluid mechanics: forces on submerged objects, buoyancy, equations of fluid statics, fluid machines, and fluid flow. (3) Modes of heat transfer and relationships between conservation of energy and heat transfer. (4) Applications of thermal science fundamentals to industrial processes. (Y)
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1.00 Credits
Prereq: GCS 2313; GCM 3312. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Introduction to concepts of AC-circuits, sinusoidal waveform, complex algebra, phasors, power calculations and measurements, power factor, and transformers. Operations and applications of electronic elements like the diode and the operations amplifer. (Y)
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