Spring S€m€$i€i' 260 Principles of Modern Physics. (3)
MA 433 Methods of Applied Math [I 3 Au introduction to the principles of relativity, kinetic theory, atomic
PHY 524 Solid State Physics 3 p;ilyxs;;s,‘vs:}:¤1cat;;1;je‘o:€dm:i1t;Jer, {nuclear physic:. Liectur; and problem
PHY S35 Experimental Physics: Atomic and Nuclear Z PHY 213 0, 232 Oi 25La °m my srpmmrr S` °`" °`"s` P'°'°q‘
PHY SSS Fundamental Atomic and Nuclear Physics 3
p Electives 6 395 Independent Work in Physics. (3)
xay be repeated three times·for a maximum of 12 credits. Prereq:
° Students with high ACT scores may substitute ENG 105 and mor and a standing of 3`0 m the department
ENG 106. See Lower Division College requirements.   Mechanics  
°° The foreign language should be French, Gemian, or Russian. A lecture and prgblem course covering the f d tal 1 f
. . . . un amen aws o
°°° students with foreign language in high scnooi ini*Y not nood mechanics. Newton’s Laws, statics and dynamics of a particle and rigid
; to take four semesters of language. Sec Lower Division College re- bodies, and oscillatory motion Prereq, PHY 232 0, 251 o4c MA
q¤ii'0m€iii$- 213; MA 214 concur. ’ *4 dl
416 Electricity and Magnetism. (3)
' ‘ A lecture and problem course covering the theory of electrostatic fields
2     conductors, dielectrics, and steady currents. Prereq: PHY 232 or 251:
242; MA 213.
Physics Courses
417 Electricity and Magnetism. (3)
lll General Elementary Physics. ( 3) A continuation of PHY 416. A lecture aud problem course covering
An elementary course covering the mechanics of solids, liquids, and elegtmmagneuc i¤du°ti°n· magneuo H€lds·_ magnetic materials. nit"'
, gases; and hmm Lecture, two hours, recitation two h0urs_ Prww: nating currents and electromagnetic radiation. Prereq: PHY 416.
h`gh school o oll g .lg b ., 1. t,. (O l_ t hg. ‘   ... . . . ,
,,;,,,0,,) I C 8 E i 9 rr P me gmmc N pen or V 0 P wm 4/2 Interaction of Raclzatzon with Matter. (3)
` , Sources of radiatiorr penetration of charged particles, electromagnetic
15] Introduction {O Phy_·;iCg_   radiation, and neutrons through matter; excitation and ionization
A lecture demonstration course covering the mechanics of solids, pmiiesiesi mdmmin detection and sp€°tr°s°°py; dmimetry °f mmzmg
. . radiations. Prereq. PHY 260.
liquids, and gases; heat; and sound.
· · r ld ” i .
152 Introduction to Physics. (3) 504 Adi ilced Mechqmcs _ (3)
, A 1 t d mtr tic Ours C0 fn m n {sm and elecmcmg A continuation and extension of PHY 404. Includes dynamics of a
andegplggs €m° a H C 8 rr l g ag el · ' parzicle, rigid bodies, Lagrange’s equations, constrained motions, and
' ‘ osci lations. Prereq: PHY 404, MA 214.
i 211 General Elementary Physics. (S) 508 O/,t;CS_ (3)
An eiemiiitgiytcgjlrss °°vs'ingh the meciéagiics if wgdsr iiiiutidsr trmji A lecture and problem course covering the basic phenomena of optics.
gasesi an °a‘ e°_ur€* WO °“rS’ 1-Ecinwnr WO Omisi a °m °¤’ Topics include thick lenses, apertures, wave motion, interference,
` two h°“is‘ Pre"? high s°h°°l DY °°u°g€ nlgebmr plane gE°m°try' diffraction, polarization, double refractit ri, aud the theory of selected
, , _,, optical instruments. Prereq: PHY 232 251, 242; MA 213.
213 General Elementary Physicsf (S) Dr
i Continuation of PHY 211, covering magnetism and electricity, sound,   Sp€CtTOSCO{)y.  
Optics and radiation physics. Lecture, two hours., recitation, YWO h¤\11`$, A lecture and problem course dealing with the production, recording,
l¤b01'i1i01'Y, two i10¤1'$· Pi'€T€<1¤ PHY 211 0i' €il'-iiViii€ni· measuring, and interpretation of atomic and molecular spectra.
· I I Topics include basic principles of atomic structure, spectrographs,
_   Genera] Unlyerslty P]1ySlcS_   photometry, interpretation of spectra in fields of atomic structure
` An advanced general course covering the mechanics of solids, liquids, and spcctmgmphic mm1ys1s' Pi-°r°q° PHX 232 °r 251* 242; MA 213*
and gases; heat; and sound. Lecture two hours, recitation two hours; _ _ _ _
Prereq: MA 114 concurr.   EX/J€Tl7TLC7ll’(1Z P]l}‘SlC.S`I El€CtT1Clt}’ tllld
232 General University Physics.* ( 3) An dMdggefl;i71‘t _ I tf 1 S (22
. . . . . a vance a ora ory course in eee ica measurements. pecia
n An advanced general course covering electricity, magnetism, and optics. projects me elected by the student to explore certain physical relations
;"/I€Xhgf3t;’:nc}Q2urS’ recitation tW° h°urS‘ Prereq: PHY 231 or 250; through standard electrical measurements. Prereq: PHY 416.
» · . 1 lec `
241 General University Physics Laboratory. (Z) iljcgm 8:10; {git th th d H t_ f (32
. . . r ory course on e eory an app ca ion o sci —
Au gdvencrg g°1;?§ral1_l“ogr“t°ri& °°“rS‘? m‘;1°l}‘;mg €1’;i’€“mf’“;§H‘;n gn; state and vacuum tube electronic devices. Lecture, two hours; lab-
, V 2-egszniézgncéurso s, iqui s, an gases, an eat. rereq. 3 oratory, two h0m,s_ Prereq: PHY 416.
A . . . e 515 Theory of Measurements. (3)
'   (general Unlverslty Physics Laboratory _   A lecture and problem course in the analysis of experimental data.
An odyonved E€ii€i'iii iiii70i'iit0i'Y _C0iii'$€ iiiV0iVi¤g €XP€i'im€¤i$ on Topics include finding an empirical equation to fit a set of data,
€i€°iii°iiYr magnetism, sound, 8¤