xt7qz60bzr6t https://exploreuk.uky.edu/dips/xt7qz60bzr6t/data/mets.xml Lexington, Ky. University of Kentucky 1926 1927 The University of Kentucky Gradute Schools course catalogs contain bound volumes dating from 1926 through 2005. After 2005, the course catalogs ceased to be printed and became available online only. course catalogs English University of Kentucky Copyright retained by the University of Kentucky. Contact the Special Collections Research Center for information regarding rights and use of this collection. University of Kentucky Graduate School course catalogs University of Kentucky Graduate School Bulletin, 1926-1927 text University of Kentucky Graduate School Bulletin, 1926-1927 1926 1926 1927 2020 true xt7qz60bzr6t section xt7qz60bzr6t      
        

Bulletin

University of Kentucky

 

Graduate School

1926-1927

June 1926

   
  
  
 
   
 
   

 

 

  

OFFICERS OF ADMINISTRATION

 
  

5

FRANK LEROND MCVEY, Ph. D., LL. D., President. g
MCHENRY RIIOADs, Ph. M., State Superintendent Of Schools.

WILLIAM S. TAYLOR, Ph. D., Director of the Summer Session.

WELLINGTON PATRICK, A. B., A. M., Assistant Director Of the Summer

Session.

THOMAS POE COOPER, B. S. in Agr., Dean, College of Agriculture.

PAUL PRENTICE BOYD, M. A., Ph. D., Dean, College of Arts and Sciences.
EDWARD 'WIEST, A. M., Ph. D., Dean College of Commerce.

WILLIAM S. TAYLOR, Ph. D., Dean, College of Education.

FREDERICK PAUL ANDERSON, M. E., Dean, College of Engineering.
CHARLES J. TURCK, M. A., LL. B., Dean, College of Law.

W. D. FUNKHOUSER, M. A., P11. D., Dean, Graduate School.

WELLINGTON PATRICK, A. B., A. M., Director of University Extension,

HarnH-H'H-(E'fom

COLUMBUS RUDOLPH MELCHER, A. M., Dean of Men.

VIRGINIA E. FRANKE. A. M., Acting Dean of Women.
EZRA L. GILLIs, A. B., Registrar.

DAVID HO\VARD PEAK, A. M., Business Agent.
MARGARET ISADOBE KING, A. B., Librarian.

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311065.

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THE GRADUATE SCHOOL

WILLIAM D. FUNKHOUSER, A. M., Ph. D., Dean
INTRODUCTORY STATEMENT

Graduate work is offered in all colleges in the University. Ap-
proximately three hundred courses are listed in the catalogue, under
the various departments, which are accepted for graduate credit.

The following advanced degrees are conferred by the University:
Master of Arts, Master of Science, Master of Science in Agriculture,
Master of Science in Home Economics, Civil Engineer, Mechanical En-
gineer, Electrical Engineer, Metallurgical Engineer, Mining Engineer.

ADMISSION TO GRADUATE STANDING

Graduates of institutions accredited by the University may be
admitted to the Graduate School upon the presentation of a certifi-
cate of graduation and an official transcript of undergraduate courses
taken. The status of the institution is to be ascertained from the
Registrar of the University. Graduates from non-accredited institu-
tions are encouraged to secure a bachelor’s degree from an accredited
institution. In particular cases they may be admitted to the Graduate
School on the basis of doing additional work before being admitted to
full graduate status.

It should be clearly understood that admission to the Graduate
School does not necessarily admit a student to full graduate status. A
student only attains full graduate status when he has fulfilled all the
preliminary requirements of the degree which he seeks and of 'the de-
partment under whose direction he is pursuing graduate work.

Department prerequisites are determined jointly by the Dean of
the Graduate School and the respective departments. In brief, it may
be stated that such prerequisites usually consist of the equivalent of
an undergraduate major. In some fields, the equivalent of an under-
graduate minor is suflicient.

REGISTRATION

The first step in the procedure for admission to the Graduate
School is the filing of a formal application with the Registrar on a.
form prepared for that purpose. Applicants from institutions other
than this University are also required to file an ofiicial transcript
showing (a) all undergraduate work covered, (b) graduate work taken,
if any, and (0) degrees received.

 
  
  
   
 
 
 
 
 
 
 
 
 
    
   
    
  
 
 
 
 
    
 
  
  
   
 
   

   

UNIVERSITY or KENTUCKY

 
 
 
 
 
 
 
 
 
 
 
 
 
  
 
 
 
   
   
 
  
  
  
  
   
 
  
 
 
 
 
 
 
  
 
 

If the record submitted to the Registrar entitles him to admission
he should confer with the Dean of the Graduate School and his major
professor concerning preliminary requirements that he may have to
. satisfy and as to the graduate courses that he should take.

I Preliminary requirements may be added from time to time as found
- necessary and all such requirements, together with graduate courses,
j i must be recorded in the Registrar‘s office and must be satisfied by the
: ' student before he is eligible for the degree for which he is registered.

All courses listed in this bulletin, and all courses which may ap-
pear later in the regular University catalogue, which have numbers
above 100, may be counted as credit “towards a graduate degree. A
grade of D in a course will not be given graduate credit.

FEES

Registration and laboratory fees are the same as for undergradu-
‘ ate students in the college in which the major work is done.

In addition, a fee of two dollars is required for defraying the ex-
, penses incidental to the binding of the thesis. This fee must be paid
a to the Business Agent of the University before the degree is granted.

REQUIREMENTS FOR THE DEGREE OF MASTER OF ARTS AND
MASTER OF SCIENCE

Students having completed the equivalent of an A. B. or B. S.

. degree from an accredited liberal arts college or a standard teachers’

‘ college, may become candidates for the degree of master of arts or
master of science.

THE AMOUNT or WORK required is twenty-four credits exclusive of
the thesis. The tWen-ty-four credits may not include credits received
in a thesis course. All the work may be done in one field, but it
should preferably be done in a major subject and one or two minors.
At least twelve credits must be taken in major courses.

RESIDENCE. One Academic year (36 weeks) is required in resi-
dence. This may be fulfilled by any combination of regular semester
or summer school sessions which total the required number of weeks.
This does not mean that the work prescribed for each individual stu-
dent can always be completed in one year. Inadequate preparation, or
assistance in departments very frequently makes a longer period nec-
essary. Part time work during a regular semester is evaluated on the
basis of the amount of work carried.

The transfer of acceptable graduate credits or other work done in

! 'abscntia, such as the writing of a thesis under the direction of the
‘ j major professor, can not reduce the standard residence requirement.

' THESIS. A thesis is required of all candidates for a master’s de-
gree. Two typewritten copies of the completed thesis must be pre

 

  

   

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GRADUATE Sonom. BULLETIN

sented not later than three weeks before the time set for the oral ex-
amination. One copy is presented to the Dean of the Graduate School
to be bound and placed in the University Library and the other to the
major professor to be retained by the department concerned.
EXAMINATIONS of regular class work are taken by all resident grad-
uate students. A final oral examination is given the candidate not
later than fifteen days before the close of the semester. The Dean
appoints an examining committee of at least three members for the
purpose, selecting its members from the major and minor professors
under whom work was done. The Dean is ex 0171010 a member of all
such examining committees. The candidate is asked to defend his
thesis and is examined on any subject matter related to his field.

MASTER OF SCIENCE IN AGRICULTURE OR IN HOME
ECONOMICS

Students holding a bachelor’s degree from a standard agricultural
college may obtain a Master of Science in Agriculture or a Master of
Science in Home Economics by completing a full year of residence,
which is understood to be class work amounting to twenty-four credits,
exclusive of the thesis. The work is prescribed by the major professor
with the approval of the Dean. The procedure concerning oral exam-
inations and the presentation of the thesis is the same for the M. A.
and M. S. degrees. » ~«-.el 5,

REQUIREMENTS FOR THE DEGREES IN ENGINEERING. C. E.,
CIVIL ENGINEERING; E. E., ELECTRICAL ENGINEERING;
M. E., MECHANICAL ENGINEERING; MET. E., METALLURGI-
CAL ENGINEERING; E. M. MINING ENGINEERING.

Any of these advanced engineering degrees may be obtained by
doing one year's work in residence in the College of Engineering at this
University, provided the student holds a bachelor of science degree
from an engineering college of recognized standing. The course of
study should be arranged in consultation with the head of the depart-
ment in which the student expects to take his major work and must
have the approval of the Dean of the College of Engineering and the
Dean of the Graduate School. The student must pass an examination
and present an acceptable thesis.

The degrees of M. E. and E. E. may also be obtained for work done
in absentia three or more years after receiving the degree of bachelor
of science in engineering, providing this time has been spent in practi-
cal engineering work and an acceptable thesis is presented. At least
one year’s notice must be given the Dean of the Graduate School that
graduate work is being done, and such work must have his approval
and that of the major professor under whose supervision the thesis is
prepared.

 
 
    
  
   
  
 
 
  
   
 
 
 
 
 
   
 
  
 
 
 
 
 
 
 
    
  
 
 
 
 
 
   

  

  

UNIVERSITY or KENTUCKY

The fees for the degree obtained in, absentia are $15.00 registra-
tion fee, $15.00 ten days before the degree is granted and $2.00 for
binding the thesis.

FELLOWSHIPS AND SCHOLARSHIPS

For the encouragement of reseach and scholarship the following
fellowships and scholarships have been established:

Ten University scholarships with a stipend of $200.00 each.
Five University fellowships with a stipend of $400.00 each.
One registrar’s fellowship with a stipend of $500.00.

Scholars and fellows will be eipected to devote their whole time to
graduate work, and no teaching or other departmental work may be
required of them. Students employed as assistants in departments
should as a rule take two years to satisfy all requirements.

Fellowships and scholarships are open to those who already hold.
or will receive at the close of the academic year, a bachelor’s degree
from any college or university of good standing, provided the student

has shown some special aptitude for the line of work he desires to
pursue.

The primary object of these appointments is to stimulate research
and not to give pecuniary aid. No departmental duties of any kind
will be required of fellows and scholars. Candidates for the awards
must be graduates of standard colleges or universities and must show
evidence of high scholarship and fitness for graduate study. No stu-
dent should apply for the award who does not cherish a real and ear-
nest desire to do research work. The appointments are made for one
year only but may be renewed if it can be satisfactorily shown that
the prosecution of research undertaken should continue.

Forms for making application may be secured from the Dean of
the Graduate School, University of Kentucky, Lexington, Kentucky.
All applications should be on file not later than the 15th of April.

GRADUATE STUDENTS NOT CANDIDATES FOR A DEGREE

Graduate students who are not candidates for an advanced degree
are not required to designate major or minor subjects, but may elect
their work with a view to the special purpose for which they are in at-
tendance at the University.

Any course of study announced for advanced undergraduates and
graduates is open for election by such students upon the same condi-
tions that are imposed upon those who are candidates for degrees.

Should a graduate student who has not arranged for his work
with a view to obtaining a degree, subsequently desire to become a

 
 
 
 
  
  
  
 
 
  
  
  
 
  
  
   
  
  
 
 
 
 
  
  
 
 
 
 
 
 
 
 
    

 GRADUATE SCHOOL BULLETIN 7

candidate for a degree, the amount of credit he is to receive for work
already done will be determined at the time he applies for admission
to candidacy for the degree.

THE GRADUATE CLUB

All graduate students are members of the Graduate Club, in which
they are expected to take an active part. The club serves the purpose
of developing an esprit dc corps among graduate students and provides
ways and means for securing prominent men for addresses on vari-
ous subjects of interest.

 

  

  

UNIVERSITY OF KENTUCKY

COLLEGE OF ARTS AND SCIENCES
PAUL PRENTICE BOYD, M. A., Ph. D., Dean
ANATOMY AND PHYSIOLOGY

101a. HUMAN OSTEOLOGY. The study begins with the develop-
ment of the skeleton. This is followed by the process of ossification
and the histology of bones. Each bone is studied in detail, drawings
are made from the bone. At intervals oral and written examinations
are given. The notebook is carefully inspected and reasonably good
drawings are required. The work may be amplified to most any extent
and some comparative anatomy included. Recitation one hour; labora-
tory two hours a week. First semester. Professor Pryor.

101b. HUMAN OSTEOLOGY. A continuation of 101a. Recitation one
hour, laboratory two hours a week. Second semester. Professor Pryor.

ANCIENT LANGUAGES AND LITERATURES

LATIN

107. TACITUs (Germania, Agricola, Dialogues). Special attention
is given to the style of Tacitus, and to his treament of biography. His
treatise on Germany is the best one extant. The content of it will be
carefully noted. Three hours a week. First semester. Professor
Jones.

108. TERRENCE. (Phormio); PLINY’s LETTERS (Selections). The
student will get a general introduction to the dramatic and epistolary
literature of the Romans. Talks will be given on the Roman theatre,
the influence of Greek literature upon that of Rome, the home and
political life of Pliny. Three hours a week. Second semester. Pro-
fessor Jones.

109. LATIN LITERATURE (Selections). The authors read will
probably be: Juvenal (Selected Satires); Martial (Selected Epigrams).
These writers will be read for their literary value, and for the light
they throw on the political and social life in Rome at the close of the
first century. Three hours a week. First semester. Professor Jones.

110. LATIN LITERATURE (Selections). The authors read will prob-
ably be: Suetonius (Claudius and Nero); Seneca (Selections). The
private life of the Caesars is discussed in detail. The principles of the
Stoic philosophy are explained. Three hours a week. Second semes-
ter. Professor Jones. -

114a. LATIN COMPOSITION. The course will begin with easy pas-
sages in connected discourse and will proceed to more difficult selec-
tions. One hour a week. First semester. Professor Jones.

114b. LATIN COMPOSITION. A continuation of 1143.4: One hour a
week. Second semester. Professor Jones.

 
 
 
  
  
   
 
   
  
   
 
  
  
   
  
   
   
 
 
    
  
   
   
   
   
   
  
   

   

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GRADUATE SCHOOL BULLETIN

151a. COURSE IN INDIVIDUAL WORK. The work assigned will de-
pend upon the needs of the student. Three hours a week. First semes-
ter. Professor Jones.

151b. COURSE IN INDIVIDUAL WORK. A continuation of 151a. Three
hours u week. Second semester. Professor Jones.

201a. LATIN PAS’l‘URAI. POETRY. This course is based mainly on
Virgil’s Ecologues and Georgics. The development of the author's
talent will be noted and his models traced. In addition one or two
dramas will be read, or selections from Lucretius. Three hours a week.
First semester. Professor Jones.

201b. LATIN ELlCGlAC POETRY. Selections from Catullus, Tibullus,
Propertius and Ovid will be read. The change in the subject matter of
the Elegy will be noted. Scanning. Mythological references studied.
Three hours a week. Secoud semester. Professor Jones.

GREEK

152a. ANABASIS. One book of the Anabasis will be read, and easy
selections from other writers. Exercises in construction and composi-
tion. Three hours a week. Secoud semester. Professor Jones.

152 . ANAIIAsis. A continuation of 1522:. Selections from the re-
maining books of the Anabasis and from other writers of equal diffi-
culty will be read. Three hours a week. First semester. Professor
Jones.

153. HOMER. The Iliad, Books 1-6. The Homeric Question, Life in
the Homeric Age, Mycenean Antiquities, recent discoveries, will re-
ceive due attention. Scanning. Three hours a week. Second semes-
ter. Professor Jones.

154. PLATO. The Apology and Crito, selections from Phaedo. The
relation of Plato to Socrates, Socrates as a moral teacher, his methods
of investigation, will be discussed. Three hours a week. First semes-
ter. Professor Jones.

155. HERODOTUS. Books 6-7. This course will include a rapid
survey of Greek History from the Ionic Revolt to the end of the Per-
sion Wars. Three hours a week. Second semester. Professor Jones

ART

108a. ART STRUCTURE. This course deals with problems of design-
ing for tapestry, stained glass, mosaic, and other advanced problems.
The problems will be considered from the historical point of view.
Four hours a week. Two credits. Professor Sax.

1081). ART STRUCTFRIC. A continuation of 10821. Full sized car-
toons will be completed in color, for an advanced composition in some
of these or similar mediums. Four hours a week. Two credits. 'Pro-
fessor Sax.

 
 
  
 
  
 
 
  
 
  
 
 
 
 
 
 
 
  
  
  
 
 
 
 
 
  
 
  
 
 
 
 
 
   
 
 
 
  
  
 
 
 
 
  
   

  

 

  

UNIVERSITY OF KENTUCKY

109a. DRAWING AND PAINTING. This course includes portrait in
Oils from life, and in the spring and fall, Landscape Painting from na-
ture. Lectures and recitations two hours, studio six hours. Four
credits. Professor Sax.

109b. DRAWING AND PAINTING. A continuation of 109a. Lectures

and recitatious two hours, Studio six hours. Four credits. Professor
Sax.

112a. ART STRUCTURE. This is an advanced course in Pictorial
Composition. Illustration, mural painting, and other forms of compo-

sition will be studied. Four hours a week. Two credits. Professor
Sax.

112b. ART STRUCTURE. A continuation of 112a. One major prob-

lem will be carried out in this course. Four hours a week. Two
credits. Professor Sax.

114a. STAGE CRAFT. This course deals with the problem of pro—
ducing in the modern theatre, considers such problems as lighting,
costume, painting and constructing scenery, devices and mechanism
for changing and setting up scenery, methods of cost of construction,
and the use and application of material. The problems of various
types of drama are taken up and applied, and models and working
drawings for various types of scenery are made. Opportunity will be
given to carry out work on a large scale to those who show the requi-
site fitness. Lectures ahd recitatious one hour a week, studio four
hours. Three credits. Professor Sax.

114b. STAGE CRAFT. A continuation of 114a. Lectures and reci-
tations one hour a week, studio four hours. Thre credits. Professor
Sax.

123a. SPECIAL PROBLEMS. This course deals with special prob—
lems in original investigation and requires a thesis.
as the sources of design found in the mountain coverlets
of the Shakers on the architecture of the Blue Grass;
glass manufacturere, etc., are considered.
credits. Professor Sax.

Such problems
; the influence
early Kentucky
For hours a week. Two

123b. SPECIAL PROBLEMS. A continuation of 123a.

Four hours a
week. Two credits. Professor Sax.

128a. ART PROBLEMS FOR MAJOR SCIENCE STUDENTS. This course is
designed to give facility in the technical requirements for scientific
illustration, and presupposes a thorough grounding in pr
jection of shades and shadows,
credits. Professor Sax.

ospective pro-
and of the principles of color. Two

1281). ART PROBLEMS FOR MAJOR SCIENCE STUDENTS.

A continua-
tion of 128a. Two credits. Professor Sax.

 
    
  
   
     
    
    
   
    
    
   
 
  
   
    
    
   
   
  
     
    
   
  
 
    
     

   

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_GRAL)UATE Sensor. BULLETIN

BACTERIOLOGY

102. GENERAL BACTERIOLOGY. Morphology, classification physiol-
ogy, observation and cultivation of bacteria and related microorgan-
isms; their relation to certain fermentations and to the preservation
of food; their influence on the plant food in the soil. Microorganisms
in milk, water, air and soil. Relation of microorganisms to disease;
sources and modes of infection; use of germicidal agents; theories of
immunity. Prerequisite, Chemistry 8. Lectures and recitatious two
hours, laboratory four hours a week. First semester. Repeated secoml
semester. Professor Sherago and assistants.

103. PATHOGENIC BACTERIOLOGY. Cultivation, morphology, means
of identification, powers of resistance, pathogenesis, distribution, chan-
nels of infection and means of dissemination of pathogenic microorgan-
isms, especially those related to specific infectious diseases of man and
animals. Study Of preparation, standardization, and uses of vaccines,
toxins, antitoxins and other biological products related to the diagnosis,
prevention and treatment of specific infectious diseases. Application
of the various phenomena of immunity in the diagnosis of infectious
diseases; agglutination, precipitation and complement fixation reac-
tions. Anaphylaxis. Prerequisites, course 102 of 2b, and Chemistry 8.
Lectures and recitalious two hours, laboratory four hours a week.
First semester. Professor Sherago.

104. APPLIED BncrEmowcr. Microbiology of water and sewage,
milk and foods. Bacteriological analysis. Study of various industrial
préblems affected by microorganisms. Prerequisites, course 102 or 21)
and Chemistry. Laboratory four hours a week. Second semester. Pro-
fessor Sherago.

105a. ADVANCED BACTERIOLOGY. Laboratory methods in the diag-
nosis of disease. Designed for students specializing in Public Health
Bacteriology. Prerequisites, courses 103 and 104. Laboratory six
hours a week. Second semester. Professor Sherago.

105i). ADVANCED BACTERIOLOGY. A continuation of 105a. Labora-
tory sis; hours a week. Second semester. Professor Sherago.

111. GENERAL PATHOLOGY. A general course in Pathology, consist-
ing of lectures, demonstrations, recitations and laboratory work. The
laboratory work comprises examination of gross specimens, and mic-
roscopic examination of morbid tissue. Emphasis will be put on path-
ological technique and on the study of pathological histology. Pre-
requisites Physiology 1, Zoology 1 or 5 and Histology 101b. Lectures

and reeitatlous two hours, laboratory four hours a week. Secoud se-
mester. Professor Sherago.

115. INDIVIDUAL WORK. Students will be assigned special problems
in laboratory work and reference reading. Prerequisite, 103 or 104.

Laboratory six hours a week. Three cedlts. Professér Sherago.

 

 
 
  
   
  
 
 
 
   
    
  
 
 
 
 
 
 
   
  
    
  
   
  
  
  
  
  
    
    
  
  
   
 
   

  

 

  

UNIVERSITY or KENTL’CKY

201a. RESEARCH IN BACTEKIOLOGY. Laboratory ten hours a week.
Five credits. First semester. Professor Sherago.

201b. RESEARCH IN BACTERIOLOGY. A continuation of course 201a.
Laboratory ten hours a week. Five credits. Second semester. Pro-
fessor Sherago.

BOTANY

106a. SPECIAL PROBLEM. The qualified student will be assigned
some problems for solution. Three credits Professors McFarland and
McInteer.

106b. SPECIAL PROBLEM. A continuation of 1063. Three credits.
Professors McFarland and McInteer.

111. CLASSIFICATION OF PARASITIC FUNGI. Entire time will be
taken up in studying the fungi that causes diseases of plants, both cul-
tivated and wild. Two hours a week. One credit. Professor McFar-
land.

125a. l\loRPIIOI.CCY or FI‘NGX. A detailed study of the different
types of fungi from the standpoint of morphology, cytology and phy-
siology. Two lectures, four hours laboratory a week. Four credits.
Professor McFarland.

1251). MORPHOLOGY or FUNGI. A continuation of 12521. Two lec-
tures, four hours laboratory a week. Four credits.

126a. MYCOIOGY. A course which employs the entire time of the
student in identification of unknowns. Four credits. Professor Mc-
Farland.

12613. iVIYCOLOGY.‘ A continuation of 126a. Four credits. Profes-
sor McFarland.

150a. ADVANCED SYSTEMATIC BOTANY. A continuation of course
105, but more work and more difficult plants are studied. Teri hours
laboratory a week. Five credits. Professors McFarland and McInteer.

150D. ADVANCED SYSTEMATIC BOTANY. A continuation of 150a.
Ten hours laboratory a week. Five credits. Professors McFarland
and McInteer.

206a. RESEARCH IN MORPHOLOGY. Teu hours a week. Five credits.
Professors McFarland and McInteer.

206b. RESEARCH IN MORPHOLOGY. A continuation of 2063.. Ten
hours a week. Five credits. Professors McFarland and McInteer.

207a. RESEARCH IN MYCOLOGY. Ten hours a week. Five credits.
Professor McFarland.

207b. RESEARCH IN MYCOLOGY. A continuation of 207a. Teri hours
a week. Five credits. Professor McFarland.

210a. RESEARCH IN PLANT PHYSIOLOGY. Ten hours a week. Five
credits. Professor McInteer.

210b. RESEARCH IN PLANT PHYSIOLOGY. A continuation Of 210a.
Teri hours a week. Five credits. Professor McInteer.

 
 
   
   
   
    
  
    
   
   
     
     
    
   
    
    
   
  
   
    
    
   
 
  
  
   
  
   
  
   
  
     

   

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GRADUATE SCHOOL BULLETIN 13

213a. RESEARCH IN SYSTEMATIC BOTANY. Teri hours a week. Five
credits. Professors McFarland and McInteer.

213b. RESEARCH IN SYSTEMATIC BOTANY. A continuation of 213a.
Ten hours a week. Five credits. Professors McFarland and McInteer.

CHEMISTRY

104. SYNTHETIC INORGANIC CHEMISTRY. An intermediate course
planned to aid the student in gaining a more adequate knowledge of
practical inorganic chemistry. Elective. Laboratory ten hours a week.
Second semester. Professor Maxson.

105. INTERMEDIATE COURSE IN PHYSICAL CHEMISTRY. Prerequisite,
Chemistry 115b and Calculus. More advanced theories and laws and a
more detailed study of the theories, laws. etc., which are not thoroughly
covered by Chemistry 115a and 1151). Lectures two hours a week, labo-
ratory six hours a week. Either semester. Assistant Professor Bed-
ford.

106. ADVANCED ORGANIC CHEMISTRY. Prerequisites, Chemistry 113b.
A laboratory course which includes the preparation of compounds of
theoretical, biological and industrial importance together with refer-
ences to the original literature, conferences and reports. Laboratory
ten hours a week. Assistant Professor Barkenbus.

107. SELECTED PROBLEMS IN QUANTITATIVE ANALYSIS. Prerequi-
site, Chemistry 114. Laboratory ten hours a week. Second semester.
Professor Tuttle.

108. COLLOID CHEMISTRY. A course involving the preparation of
colloids and study of the physical and chemical properties of matter
in the colloidal state. Laboratory work with conferences and collateral
reading ten hours a week. Professor Maxson.

109. QUANTITATIVE ANALYSIS. A lecture and laboratory course de-
voted to the analysis of ores, alloys, etc. Prerequisite, Chemistry 8.
Laboratory ten hours a week. First semester. Professor Tuttle.

112. ADVANCED AGRICULTURAL ANALYSIS. A laboratory course hav-
ing for its object the complete analysis of fertilizers, feeds, soils and
agricultural products. Prerequisite, Chemistry 8. Laboratory eight
hours a'week. Secoud semester. Professor Tuttle.

113a. ORGANIC CHEMISTRY. Prerequisite, Chemistry 1b. Recita-
tions and lectures in the aliphatic series, together with laboratory work
on the preparation and study of such compounds as will emphasize basic
principles and important synthetic methods. Three recitatious and
four labortary hours a week. First semester. Assistant Professor
Barkenbus.

113b. ORGANIC CHEMISTRY. A continuation of Chemistry 113a.
Prerequisite Chemistry 113a. Cyclic series. Three recitatious and six

  
  
   
   
    
  
   
  
   
  
    
   
   
  
  
    
    
    
 
   
  
  
    
     
     
   
  
     
  
 
   
   

  

 

  
  
    
   
  
  
  
 
 
 
  
  
   
  
   
   
  
     
   
    
     
 
  
   
    
 
 
    
   
  
   
   
  

14 UNIVERSITY OE KENTUCKY
laboratory hours a week. Second semester. Assistant Professor Bark.
eubus.

114. ADVANCED QUANTITATIVE ANALYSIS. The analysis of iron and
steel, slags and rocks. Laboratory ten hours a week. First semester.
Professor Tuttle.

115a. INTRODUCTORY COURSE IN PHYSICAL CHEMISTRY based upon
the fundamental laws of chemistry. Determination of atomic and mole-
cular weights; gaseous, liquid and solid states of matter, solutions,
ideal and ionized; Thermochemistry. Lectures and recitations two
hours a week, laboratory two hours a week. First semester. Assist-
ant Professor Bedford.

115b. INTRODUCTORY COURSE IN PHYSICAL CHEMISTRY. A continua
tion of 115a. Prerequisite, Chemistry 115a. Homogeneous and Heter- 7
ogenous Equilibria; Chemical Kinetics; Structure of Matter; Periodic
Law; Radio-chemistry; Colloids; ElectrO-chemistry. Lectures and reo-
itations two hours a week, laboratory two hours a week. Second 86- ’
mester. Assistant Professor Bedford.

118. WATER ANALYSIS. In this course waters are examined to de-
termine their fitness for domestic and other purposes. Laboratory four
hours a week. First semester. Professor Tuttle.

119a. INDUSTRIAL CHEMISTRY. A survey course on modern indus-
trial chemistry using text as a basis for discussion. Two hours a week.
First semester. Professor Maxson.

119i). INDUSTRIAL CHEMISTRY. A continuation of 11921. Two hours
a week. Second semester. Professor Maxson.

122a. JOURNAL CLUB. Conferences and reports on chemical litera-
ture and training in the use of literature for research purposes. One
.hour a week. First semester. Professor Maxsbn. ‘

122b. JOURNAL CLUB. A continuation of 122a. One hour a week.
Second semester. Professor Maxson.

129. FOOD CHEMISTRY AND ANALYSIS. The composition, adultera-
'tion and preservation of food. Laboratory practice on the analysis of
milk, sugar, baking powder, vinegar, alcoholic beverages, fats, etc.
Prerequisite, Chemistry 7a or 113a and 8. Lectures and discussions one
hour a week with assigned reading, laboratory eight hours a week.
First semester. Professor Tuttle.

130a. PHYSIOLOGICAL CHEMISTRY. The chemistry and metabolism
of carbohydrates, proteins and fats. A study of the tissues, the secre-
tions and excretions. The nature and action of enzymes. Nutrition.
food values and requirements. The effects of a diet of selected food
principles on the quantity of metabolic products. Prerequisite, Chem-
istry 7 or 113a. Two lectures, six laboratory hours a week. First 86-
mester. Assistant Professor. Barkenbus, Professor Tuttle.

   

  

   

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GRADUATE SCHOOL BULLETIN 15

1301). PHYSIOLOGICAL CHEMISTRY. A continuation of 130a. Two
lectures, six hours laboratory a week. Second semester. Assistant
Professor Barkenbus, Professor Tuttle.

150. ADVANCED INORGANIC CHEMISTRY. Prerequisite, Chemistry
115b. A survey course covering the less common side of inorganic
chemistry including laboratory work in synthesis. Two rectt-attons and
four laboratory hours a week. Second semester. Professor Maxson.

201. SYNTHETIC INORGANIC CHEMISTRY. Practice and research in
inorganic synthesis, with use of original literature. Laboratory ten
hours a week. Either semester. Professor Maxson.

202, QI‘AX'I'ITATIVE ANALYSIS. A critical study of known procedures
and research in analytical chemistry. Laboratory ten hours a week.
Either semester. Professor Tuttle.

203a. ADVANCED PHYSICAL CHEMISTRY. Prerequisites, Chemistry
115b mud Calculus. Lectures and laboratory on selected topics, two
hours a week. Either semester. Assistant Professor Bedford.

203b. ADVANCED PHYSICAL CHEMISTRY. Laboratory course on se;
lected topics in Advanced Physical or Electro-chemistry. To be me.
ceded or accompanied by Chemistry