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Tennessee Standards for Add On Endorsement in Secondary Physics Expectation Course Lab Projects A.Explain vectors & use Physics 211 Physics 211/220 Lab Physics 343 of vector analysis Physics 220 Physics 491 Physics 212 Physics 221 Physics 322 B. Explain & be able to Physics 211 Physics 211/220 Lab apply the conservation Physics 220 Physics 212/221 Lab principles for energy & Physics 212 for linear & angular Physics 221 momentum Physics 322 Ditto Physics 323 C. Relate the physical Physics 211 properties of states of Physics 220 matter, as well as Physics 322 Physics 211/220 Lab Ditto mass, volume, density, & inertia D. Explain elementary Physics 322 Ditto E. Explain wave Physics 211 Ditto phenomena & their Physics 212 interactions as Physics 220 experienced in sound Physics 221 waves, interferences, Physics 322 thermodynamics resonance, intensity, quality, & the Doppler effect F. Describe the Physics 212 electromagnetic spectrum Physics 221 and the properties of Physics 322 Physics 212/221 Lab Ditto electromagnetic waves to include reflection, refraction, interference, dispersion, & polarization G. Describe the nature Physics 212 of light, explain the Physics 221 relationship of radio Physics 322 waves, & ultraviolet, Physics 323 Physics 212/221 Lab Ditto Physics 212/221 Lab Ditto Physics 212/221 Lab Ditto visible, & infrared light H.Explain the principles Physics 212 of geometric optics Physics 322 I. Explain magnetism & Physics 212 electricity, as well as Physics 221 electromagnetic induction as applied to generators, motors, & transformers J. Explain atomic Physics 323 Ditto Physics 323 Ditto structure, the development of atomic theory, & modern quantum theory K. Explain nuclear energy, basic principles of particle accelerators, & detection instruments L. Understand Physics 211 calculations of Physics 220 mechanical advantage & friction as related to simple & compound machines Physics 211/220 Lab Ditto M. Apply the laws of Physics 211 motion as they relate to Physics 220 Physics 211/220 Lab Ditto Ditto gravity, speed, acceleration, & velocity N. Explain work, power, Physics 211 Physics 211/220 Lab energy, and the Physics 220 Physics 212/221 Lab measurement of each Physics 212 Physics 221 Physics 322 Physics 323 O. Describe applications Physics 323 Ditto of solid state physics & modern technology P. Apply mathematics, Physics 211 Physics 211/220 Lab including statistics, Physics 220 Physics 212/221 Lab calculus, & introductory Physics 212 & differential equations Physics 221 to investigations in Physics 322 physics & the analysis Physics 323 Ditto of data 211-212 College Physics (4, 4) (TBR: PHYS 2010-2020) A non-calculus introduction to the basic principles of physics. 211: mechanics, elasticity, fluids, wave motion, sound, and heat. 212: electricity, magnetism, light, optics, and modern physics. Must be taken in sequence. Three hours lecture and two hours laboratory. Prereq: MATH 140 or equivalent. 220 University Physics (4) (TBR: PHYS 2110) A calculus-based introduction to the basic principles of physics. Topics include mechanics, elasticity, oscillatory motion, wave motion, sound, fluids and thermodynamics. Three hours of lecture and two hours of laboratory. Prereq: MATH 251. 221 University Physics (4) (TBR: PHYS 2120) A continuation of the calculus-based introduction to the basic principles of physics. Topics include: electricity, magnetism, basic circuits, geometrical optics and physical optics. Three hours of lecture and two hours of laboratory. Prereq: PHYS 220 and MATH 252. 322 University Physics (3) A continuation of the calculus-based introduction to the basic principles of physics. Topics include: fluids, waves, thermodynamics, and optics. Prereq: PHYS 221. 323 University Physics (3) A continuation of the calculus-based introduction to the basic principles of physics. Topics include: relativity, radioactivity, nuclear structure, basic quantum mechanics, atomic structure and solid state physics with applications to lasers and semiconductors, and elementary particles. Prereq: PHYS 322 or consent of instructor. 343 Methods in Physics Research (3) An introduction to experimental and theoretical methods in physics research. Topics include: instrumentation, data acquisition and analysis, and mathematical and computational methods. Prereq: PHYS 221. 491-492 (691-692) Special Projects in Physics (1-3, 1-3) Research projects or special topics under the active supervision of a faculty member. Prereq: Junior standing and instructor’s approval.