courses of instruction - Lafayette College
courses of instruction - Lafayette College
courses of instruction - Lafayette College
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PHYSICS<br />
stressed, but considerable emphasis is<br />
placed on problem solving. Together with<br />
Physics 111, this course satisfies require<br />
ments for medical school, B.S. majors in<br />
biology and computer science, and A.B.<br />
majors in biology, chemistry, geology, and<br />
engineering, but not B.S. majors in engi<br />
neering, chemistry, geology, or physics.<br />
Requires high school algebra and trigo<br />
nometry; Mathematics 125 is recommend<br />
ed. Prerequisite: Physics 111. Satisfies the<br />
A.B. lab science requirement. Offered in<br />
spring semester. Mr. Dougherty<br />
121. The Dynamics <strong>of</strong> Particles. A rigor<br />
ous introduction to the study <strong>of</strong> physics<br />
designed primarily for science majors; a<br />
foundation on which an understanding <strong>of</strong><br />
physics, physical chemistry, or engineer<br />
ing can be built. Kinematics and dynamics<br />
with emphasis on conservation laws for<br />
linear momentum, angular momentum,<br />
and energy. A calculus-based course satis<br />
fying degree requirements in all B.S. or<br />
A.B. degree programs, including the A.B.<br />
lab science requirement. Prerequisite or<br />
corequisite: Mathematics 161. Offered in<br />
fall semester. Mr. Novaco<br />
122. Thermodynamics and Waves. A rig<br />
orous introduction to the study <strong>of</strong> physics<br />
designed primarily for science majors; a<br />
foundation on which an understanding <strong>of</strong><br />
physics, physical chemistry, or engineer<br />
ing can be built. Thermodynamics, har<br />
monic motion, and wave propagation; ray<br />
optics, interference and diffraction. A cal<br />
culus-based course satisfying degree re<br />
quirements in all B.S. or A.B. degree pro<br />
grams, including the A.B. lab science re<br />
quirement. Prerequisites: Physics 121 or<br />
131; Mathematics 161. Corequisite: Mathe<br />
matics 162. Offered in spring semester.<br />
Mr. Novaco<br />
131. Newtonian Dynamics. A rigorous<br />
introduction to the study <strong>of</strong> physics pri<br />
marily designed for engineering majors; a<br />
foundation on which an understanding <strong>of</strong><br />
engineering, physics, or physical chemis<br />
try can be built. Kinematics and dynamics<br />
with emphasis on conservation laws for<br />
linear momentum, angular momentum,<br />
156<br />
and energy. A calculus-based course satis<br />
fying degree requirements in all B.S. or<br />
A.B. degree programs, including the A.B.<br />
lab science requirement. Prerequisite:<br />
Mathematics 161. Corequisite: Mathemat<br />
ics 162. Offered in spring semester. Staff<br />
132. Electricity and Magnetism. A rigor<br />
ous introduction to the study <strong>of</strong> physics<br />
primarily designed for engineering and<br />
science majors; a foundation on which an<br />
understanding <strong>of</strong> engineering, physics, or<br />
physical chemistry can be built. Electro<br />
statics, electric currents, magnetostatics,<br />
electromagnetic oscillations, and waves.<br />
A calculus-based course satisfying degree<br />
requirements in all B.S. or A.B. degree pro<br />
grams, including the A.B. lab science re<br />
quirement. Prerequisite: Physics 121 or 131.<br />
Corequisite: Mathematics 263. Offered in<br />
spring semester. Staff<br />
215. Introduction to Quantum Physics.<br />
The study <strong>of</strong> the basic concepts needed to<br />
understand the physics <strong>of</strong> the atom, the<br />
nucleus, the solid state <strong>of</strong> matter, and ele<br />
mentary particles. The course begins with<br />
the experimental basis and early develop<br />
ment <strong>of</strong> quantum theory including:<br />
Planck's theory <strong>of</strong> blackbody radiation,<br />
the photon, Bohr's theory and atomic<br />
spectra, DeBroglie's theory and matter<br />
waves, and electron diffraction. The foun<br />
dations <strong>of</strong> modern quantum theory are<br />
then developed with emphasis on the<br />
wave function and its probabilistic inter<br />
pretation, the time-independent Schrod-<br />
inger equation in one dimension, and ap<br />
plications <strong>of</strong> quantum mechanics to sim<br />
ple model systems. The course concludes<br />
with a discussion <strong>of</strong> the hydrogen atom,<br />
multielectron systems, atomic spectra, and<br />
the Pauli exclusion principle. Prerequisite:<br />
Physics 122 or 132. Offered in fall semes<br />
ter. Staff<br />
216. Topics in Contemporary Physics.<br />
An application <strong>of</strong> the concepts <strong>of</strong> quantum<br />
physics introduced in Physics 215 and the<br />
theory <strong>of</strong> relativity to several areas <strong>of</strong> con<br />
temporary physics. Topics include quan<br />
tum statistics, molecular spectra, lasers,<br />
introductory solid state physics, models <strong>of</strong>