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Department of Sociology
Department of Sociology Last updated April 2003
Knowledge and skill goals for this undergraduate degree program are recorded in
the most recent CU-Boulder catalog.
In some summaries of assessment activity, goals are referred to by number
(e.g., K-2 is knowledge goal 2).
Assessment in 2002-03
Assessment in 2001-02
Assessment prior to 1998
Assessment in 2002-03
Department of Sociology Undergraduate Committee
Tom Mayer [Chair]
Jim Downton
Kris De Welde
Janet Jacobs
Michael Lynn
Fred Pampel
Len Pinto
Bob Regoli
Jules Wanderer
Report Summary
The Colorado state legislature requires that outcome
evaluations be made for each undergraduate program at the University of
Colorado. To satisfy this requirement the Department of Sociology
Undergraduate Committee constructed a forty item multiple choice
examination addressing eight fields of sociology: sociological theory,
institutions, population, social stratification, gender, social
psychology, crime and social control, and methodology. The exam was
taken by 39 senior sociology majors in two Critical Thinking in
Sociology classes. The average number of correct answers was 26.8 or
67%. The highest score was 34 (85% correct), while the lowest score was
20 (50% correct). Students had most difficulty with the methodology
section of the exam where the mean score was less than 50% correct. The
Undergraduate Committee plans to revise this exam and use it again for
evaluating educational outcomes in each of the next few years. Item
analysis helps identify which questions should be retained and which
questions require revision in future versions of the exam. Factor
analysis and cluster analysis both identify three distinct domains of
undergraduate sociology knowledge: (1) institutions, social psychology,
and crime and social control; (2) population and social stratification;
and (3) methodology. Because this is the first time the test has been
given it is difficult to assess the meaning of the results. The
sociological knowledge of most senior sociology majors appears to be
adequate, though hardly impressive.
1. Introduction
The Colorado legislature requires that each
department at the University of Colorado evaluate the results of the
undergraduate education that it provides. In the Department of Sociology
the task of doing this fell upon the Undergraduate Committee. During the
2002-2003 academic year this Committee consisted of Kris De Welde
(graduate student representative), Jim Downton, Janet Jacobs, Tom Mayer
(chair), Fred Pampel, Len Pinto, Bob Regoli, Jules Wanderer, and Michael
Lynn (undergraduate advisor).
The Undergraduate Committee considered various ways
of evaluating undergraduate sociology education. The simplest procedure,
the Committee agreed, was by assessing the sociological knowledge
possessed by students enrolled in Critical Thinking in Sociology classes
(Sociology 4461) most of whom are senior sociology majors. Consequently
all our efforts have focused upon this population. We take this
opportunity to thank the instructors of Sociology 4461 during the
2002-03 academic year (Martha Gimenez, Mike Haffey, Eleanor Hubbard,
Leslie Irvine, and Adele Platter) for their splendid cooperation.
During the fall semester of 2002 the Undergraduate
Committee tried an approach to evaluating educational outcomes based
upon comprehension of current sociological literature. Conceptually
challenging but nontechnical texts were selected from recent
sociological journals, yearbooks, and monographs. The texts chosen were
all relatively brief (twenty to thirty pages) and respectively addressed
the specific sociological topics studied in the three Critical Thinking
classes. A Committee member went to each Critical Thinking class and
asked students therein to read the appropriate text. One week later the
Committee member returned and gave the students a brief essay
examination evaluating their comprehension of the text they had been
given. These exams were subsequently read and assessed by members of the
Undergraduate Committee.
This approach had several serious problems. Because
the texts we distributed were not really required reading and had no
bearing upon the course grade, a considerable number of students read
them extremely superficially or not at all. Moreover, the three texts we
chose were not of equal difficulty nor of equal interest to the students
in the Critical Thinking classes. Nor was it feasible for all
Undergraduate Committee members to read all the exams, and it proved
difficult to standardize evaluations of the essay answers. Although it
might have been possible to correct some of these problems, upon further
consideration the Committee decided that an exam based upon reading
current sociological literature would be unwieldy to administer,
unreliable to grade, and unlikely to generate the succinct results
required by the state legislature.
In light of this experience, the Undergraduate
Committee decided to reverse directions and use a standardized multiple
choice exam for evaluating the sociological knowledge of senior
sociology majors. Our initial intent was to use the sociology
examination prepared by the Princeton, New Jersey based Educational
Testing Service (ETS). However, this examination is quite costly and
requires approximately two hours to complete. Because it cannot be
administered within an ordinary class session, inducing senior sociology
majors to take the ETS exam would be difficult (as previous experience
had demonstrated). Consequently we decided to construct our own multiple
choice sociology examination, one that could be administered within a
single class session and that reflected the curriculum offered at the
University of Colorado. This report analyzes and interprets the results
of the outcome evaluation exam that the Undergraduate Committee put
together.
2. Constructing and Administering the Outcome Evaluation Examination
The Undergraduate Committee tried to make an exam
that satisfied the following desiderata: (1) it should address the whole
of undergraduate sociology; (2) taking it should require less than one
class period; (3) all questions should be multiple choice and should
have clear and unambiguous answers; (4) the correct answers should
neither be obvious nor obscure; and (5) the questions on the exam should
be evenly distributed over the various fields of undergraduate
sociology.
To meet these desiderata, the Committee defined eight
distinct areas of undergraduate sociology: theory, institutions,
population, social stratification, gender, social psychology, crime and
social control, and methodology. One Committee member took
responsibility for each of these areas and prepared ten or more multiple
choice questions concerning that substantive field. These were to be
"mainstream" type questions, answers to which appear in any reputable
textbook covering that field. The Committee also agreed that about forty
questions would be the proper length, which implied approximately five
questions for each of the eight designated sociological fields.
These sets of questions were submitted to Tom Mayer,
the Committee chair, who selected five questions from each set. He also
put the selected questions into a common format with four alternative
answers, and edited them to achieve greater clarity and (what he hoped
would be) reasonably uniform difficulty. This initial draft of the
outcome evaluation examination was placed before the Undergraduate
Committee at its meeting of Tuesday February 25, 2003. The Committee
collectively and carefully reviewed all forty questions on the initial
draft keeping in mind the desiderata listed above. Each Committee
member, it was decided, should be able to answer all forty questions on
the exam. Changes were required in about ten of the questions, and these
changes were subsequently made by the chair.
This outcome evaluation exam was administered by the
chair in two different Critical Thinking in Sociology classes on
Thursday, March 13 (one at 9:30 - 10:45 am, the other at 11:00 am -
12:15 pm). The students easily completed the exams within thirty minutes
(not including the time required for explanation), and they gave every
indication of taking the test very seriously. Brief discussions
conducted after the exam was completed supported its face validity: all
students who spoke considered it to be a reasonable and somewhat
challenging test of their sociological knowledge. We obtained 39
completed examinations from senior sociology majors, and each of these
students answered all forty questions. The Undergraduate Committee had
hoped to get fifty or more completed exams, but 39 are quite sufficient
to allow meaningful analysis and interpretation.
Interpretation of the results is handicapped by our
inability to pretest the exam or to give it to a suitable comparison
group. Nevertheless the Department of Sociology, not to mention the
Colorado state legislature, can extract valuable information from this
outcome evaluation exam. Some of this information is presented below.
3. General Results
Without a suitable base of comparison, it is hard to
know what constitutes a good performance on this examination. In
speculations prior to giving the exam, the Undergraduate Committee hoped
that more than half of the senior sociology majors taking it would get
at least 70% of the answers correct. If this happened the median score
should be 28 (70% of 40) or higher. We did not quite meet this
objective. The median score was 27 and the average or mean score was
slightly lower at 26.8. Some relevant statistics plus a histogram are
given in Table 1.
The distribution of exam scores is approximately
normal and has two consecutive modes (27 and 28). 43.6 % of the students
taking the exam scored 28 or higher. The highest score was 34 or 85%
correct while the lowest score was 20 or 50% correct. Half of the
student scores were concentrated in the interquartile range between 24
(60% correct) and 29 (72.5% correct). While the lowest score of 50% must
be considered a poor performance, it is still a lot better than mere
guessing, which would yield about 25% correct. That the very highest
score produced only 85% correct answers suggests that the exam was more
difficult than the Undergraduate Committee anticipated. This
interpretation is also supported by analysis of test scores within the
eight sociological areas represented on the exam.
4. Fields of Sociology
What does the outcome evaluation exam reveal about
the eight fields of undergraduate sociology addressed therein (i.e.
theory, institutions, population, social stratification, gender, social
psychology, crime and social control, and methodology)? Five questions
addressed each of these sociological fields, and the basic information
on how these questions were answered is presented in Table 2. It will be
seen that the mean number of correct answers (out of a possible five)
are: theory 3.7, institutions 3.2, population 3.2, social stratification
3.2, gender 4.5, social psychology 3.5, crime and social control 3.2,
and methodology 2.4. Most of these means are fairly similar indicating
that between 63% and 74% of the questions were answered correctly.
Two areas, however, stand out: gender and
methodology. Scores on the five gender questions scores are distinctly
higher than scores in any other area, with 91% of all gender questions
being answered correctly. Indeed, the lowest score on the gender
questions was four out of five. Such an outcome could happen because
sociology majors are more knowledgeable about gender than any other
field. It could also happen because the gender questions were easier
than the questions about other areas of sociology. The latter
interpretation is supported by the fact that no student got less than
80% of the gender questions right. That gender scores fail to
differentiate much between better and worse performances on the overall
exam (using t-tests, chi-square tests, and discriminant analysis) also
supports this interpretation.
Scores on the five methodology questions, on the
other hand, are distinctly lower than scores for the other seven areas
of undergraduate sociology. Only 48% of the methodology questions were
answered correctly, and none of the 39 senior sociology majors answered
all five questions correctly. This could happen either because students
are less knowledgeable about methodology than about other sociological
subjects, or because the methodology questions are relatively more
difficult. Although the capacity of methodology scores to predict
performance on the overall exam is hardly impressive, they do predict
overall performance more accurately than do scores on the gender
questions.
A correlation matrix for the eight sociological field
variables is given in Table 2. None of the 28 relevant correlations in
this matrix is extremely large, suggesting that comprehension of these
eight subjects have some degree of independence. The highest correlation
(.415) is between scores on the institution questions and scores on the
social psychology questions. The second highest correlation (.410) is
between social psychology scores and scores on the crime and social
control questions.
These issues were further investigated using a
principal component factor analysis (see Table 2). This confirms that no
single dimension of sociological knowledge can explain comprehension of
all eight sub-fields. The largest factor (i.e. the principal component)
explains slightly less than 25% of the total variance in the eight
sub-field scores. The four largest factors together explain only
slightly more than 70% of the total variance. Sociological knowledge is
clearly multi-dimensional, and no fewer than four dimensions are needed
to characterize the knowledge of undergraduate sociology majors.
How similar are the five questions used to measure
knowledge about each of the eight fields of undergraduate sociology? To
address this question a separate factor analyses was performed on each
set of five questions. In none of these eight factor analyses did a
single significant factor (i.e. a linear dimension) emerge. For all
eight fields of sociological knowledge two or three factors were
required to explain that part of the variation deemed to be non-random.
In all eight cases the two principal factors (i.e. those explaining the
most variance) accounted for only about 50% of the variation in how the
five questions were answered (i.e. correct or incorrect). While this
result may not be a problem, it does suggest that each of the eight
subfields embraces more than a single linear dimension of sociological
knowledge.
5. Evaluating the Questions
How informative are the forty questions included in
this outcome evaluation exam? Do they provided valid and reliable
information about the sociological knowledge of undergraduate sociology
majors? These questions are important for understanding what the test
results mean, and also when revising the exam for future use. Members of
the Undergraduate Committee hope that, with some modification, the exam
can be used to evaluate educational outcomes at least over the next few
years. Without further information these queries cannot be fully
answered. Nevertheless we can make some practical assessments of the
forty questions contained on the current version of the exam.
Two simple criteria can be applied to a test
question. Do answers to the question exhibit a reasonable degree of
variation? All or most of the answers, that is, should not be identical
– neither all correct nor all incorrect. Second, are correct answers to
the question associated with good performance on the overall
examination? Tables 3 and 4 provide information pertinent to these two
questions.
Table 3 indicates how many of the 39 senior majors
answered a particular question correctly (sum column) and, equivalently,
what proportion of answers to the question were correct (mean column).
Note that on one question, question 21 (T21), all 39 answers were
correct. It is difficult to know exactly how much variation is needed to
make a question useful. This being so, it behooves us to avoid stringent
variability requirements. As a rule of thumb, questions on which 95% or
more of the answers are correct (or incorrect) are not very helpful for
outcome assessment purposes. Four questions on the exam fall into this
category: questions 21, 22, 23, and 24 all of which address the subject
of gender. These questions should be revised in future versions of the
outcome evaluation exam. Questions 2, 4, and 16 should also be examined
because 90% of the answers on them were correct.
Every question was answered correctly by at over 20%
of the respondents, but questions 1, 9, 27, 38, and 40 stand out because
the correct answer was not the modal response. Questions 1 and 9 are
vindicated because Table 4 shows each of them to be associated with
appreciably better performance on the overall exam. This, however, is
not true of questions 27, 38, and 40, which should be examined carefully
for possible revision.
Table 4 emerges from a discriminant analysis of the
forty questions. It indicates how well each question differentiates
between students who scored above the median (27) on the overall exam
and students who scored at the median or below. Stronger differentiation
is indicated by higher F values (equivalent to a t-test in this two
category – correct or incorrect – case) and lower significance levels.
Table 4 is particularly helpful for identifying questions strongly
associated with better overall performance. A sensible identification
criteria is an F statistic of 4 or higher, which is equivalent to a
significance level of .05 or less (recall that this is not a probability
sample). Eight questions satisfy this criteria: questions 1, 9, 10, 13,
19, 20, 28, and 31. These questions should be retained in future
versions of this examination.
One might reasonably doubt that a forty item multiple
choice exam could effectively measure overall sociological knowledge.
Forty items are not very many, to be sure, but discriminant analysis
suggests that even a much shorter exam could be highly informative. It
shows that only seven items, if properly chosen, could discriminate with
95% accuracy students who score above the median from those who do not.
For example, an exam based exclusively upon questions 9, 10, 11, 13, 18,
19, and 37 would be remarkably instructive.
6. Domains of Undergraduate Sociological Knowledge
The Department of Sociology has devoted considerable
time and energy to defining its areas of specialization. These areas are
relevant mainly for graduate training and research. Indeed, one of the
three principal areas of specialization, environmental sociology, is not
even represented on the outcome evaluation exam. Nevertheless the
outcome exam can identify coherent domains of sociological knowledge. It
can do so by showing patterns of clustering and association among the
eight sociological fields represented on the outcome exam. In other
words, two fields would be placed in the same group if the ways in which
senior sociology majors answered questions about these two groups
resembled each other.
Two statistical methods are used to identify coherent
domains of undergraduate sociological knowledge: orthogonal factor
analysis (with varimax rotation) and hierarchical cluster analysis
(using a Euclidian distance measure). The results of these methods are
meaningful even if one is not familiar with the analytical technology.
The analysis here is entirely based upon the eight variables summing the
number of correct answers on questions about the eight fields of
sociology.
First consider the implications of factor analysis.
Principal components analysis identifies four significant factors for
the eight variables considered. These results are rotated using the
varimax procedure to obtain dimensions that have more substantive
meaning. The rotated factor components are presented in Table 5. Pay
special attention to the largest numbers in each of the four columns.
These indicate suggested groupings of the eight sociological fields.
Factor one suggests a grouping of institutions, social psychology, and
crime and social control. Factor two suggests a grouping of population
and social stratification, while factor three suggests that theory and
gender might constitute a group or domain of sociological knowledge.
Factor four suggests that methodology constitutes its own sociological
domain. Factor analysis, it must be said, is not a robust procedure for
small sample sizes, and thus the groupings listed above are merely
possibilities.
The method of grouping or agglomeration used in
cluster analysis differs sharply from that undergirding factor analysis.
Thus it is helpful to compare the results of these two procedures.
Figure 6 presents the results of cluster analysis. The clustering
algorithm starts with eight separate variables and groups them in stages
using a Euclidean distance clustering criterion. Both parts of Table 6
present essentially the same information in slightly different form. In
the first stage the institutions variable is combined with the social
psychology variable. In the second stage theory is combined with the
above two forming a three variable cluster of institutions, social
psychology, and theory. In the third stage population is grouped with
social stratification. In the fourth crime and social control is
aggregated with institutions, social, psychology, and theory. In the
fifth stage an institutions, social psychology, theory, crime and social
control, population, and social stratification cluster is formed. In the
sixth stage methodology joins the group. And in the last stage gender is
added making a complete eight variable cluster.
The dendrogram, which indicates the relative distance
between these seven clustering points, suggests that a four cluster
solution might adequately describe the domains of undergraduate
sociology knowledge. According to this solution four such domains exist:
(1) institutions, social psychology, theory, and crime and social
control; (2) population and social stratification, (3) methodology, and
(4) gender. The separation of gender knowledge may well reflect
deficiencies in measurement. If theory were extracted from the four
variable cluster and combined with gender this solution would be the
same as that suggested by gender.
It seems reasonably clear that methodology
constitutes a distinct domain of undergraduate sociological knowledge;
that knowledge in the fields of population and social stratification
hang together; and that institutions, social psychology, and crime and
social control form a definite knowledge cluster. On the other hand, the
relation of knowledge about gender and theoretical knowledge to the
other six fields of sociology remains uncertain .
7. Conclusions
Judging by the results of this examination, most
senior sociology majors at the University of Colorado know a good bit
about sociology, which we must assume they learned from our
undergraduate sociology program. 56% of our sample answered over
two-thirds of the questions correctly. Methodology is apparently the
most difficult field for undergraduate sociology majors, and if
methodology questions were removed from the examination then the average
respondent would have answered 70% of the questions correctly. On the
other hand the questions about gender appear to be insufficiently
challenging and this surely inflated the scores obtained by the students
who took this exam. On the basis of these results we deem the
sociological knowledge of senior majors to be adequate, but not truly
impressive.
We hope to use a revised version of this examination
in the next few years to assess the outcomes of undergraduate sociology
education at CU. Item analysis helps identify those questions that need
to be changed as well as questions that should definitely be retained in
future editions of this exam. The section on gender requires fairly
extensive revision to make it comparable in difficulty to the sections
of the exam dealing with the other fields of sociology. The section on
methodology may need alteration to render it less difficult.
The Undergraduate Committee specified eight distinct
fields of undergraduate sociological knowledge and constructed the
outcome evaluation examination on that basis. However, analysis of the
results suggests that the actual sociological comprehension of CU senior
sociology majors may be structured into three or possibly four domains.
These are the apparent domains: (1) institutions, social psychology, and
crime and social control; (2) population and social stratification; and
(3) methodology. The relationship of theory and gender to these three
domains is somewhat ambiguous, but may be clarified when a better
measure of gender knowledge becomes available. The Department of
Sociology may wish to consider these empirically defined domains of
knowledge when making future changes in the undergraduate sociology
curriculum.
Table 1: Information about total examination score
| Total Score on Exam |
| N Valid |
39 |
| Mean |
26.8462 |
| Median |
27.0000 |
| Mode |
27.00 |
| Std. Deviation |
3.51342 |
| Range |
14.00 |
| Minimum |
20.00 |
| Maximum |
34.00 |
| Percentiles |
25 |
24.0000 |
| 50 |
27.0000 |
| 75 |
29.0000 |
a Multiple modes exist. The smallest value is shown

Table 2: Information about eight fields of undergraduate study
Descriptive Statistics
| |
THEORY |
INSTITUT |
POPULATE |
STRAT |
GENDER |
SOCPSYCH |
CRIME |
METHODS |
| Mean |
3.6923 |
3.1538 |
3.1795 |
3.1538 |
4.5385 |
3.5385 |
3.2308 |
2.3590 |
| Median |
4.0000 |
3.0000 |
3.0000 |
3.0000 |
5.0000 |
4.0000 |
3.0000 |
2.0000 |
| Mode |
4.00 |
3.00 |
3.00 |
3.00 |
5.00 |
4.00 |
4.00 |
2.00 |
| Std. Deviation |
.76619 |
1.01407 |
1.12090 |
1.13644 |
.50504 |
1.04746 |
1.11122 |
.87320 |
| Range |
3.00 |
4.00 |
4.00 |
4.00 |
1.00 |
4.00 |
5.00 |
3.00 |
| Minimum |
2.00 |
1.00 |
1.00 |
1.00 |
4.00 |
1.00 |
.00 |
1.00 |
| Maximum |
5.00 |
5.00 |
5.00 |
5.00 |
5.00 |
5.00 |
5.00 |
4.00 |
a Multiple modes exist. The smallest value is shown
Correlation Matrix
| |
THEORY |
INSTITUT |
POPULATE |
STRAT |
GENDER |
SOCPSYCH |
CRIME |
METHODS |
| THEORY |
1.000 |
.333 |
.066 |
.146 |
.031 |
.081 |
-.038 |
.012 |
| INSTITUT |
.333 |
1.000 |
.068 |
.070 |
.091 |
.415 |
.295 |
.025 |
| POPULATE |
.066 |
.068 |
1.000 |
.370 |
-.129 |
.184 |
.008 |
.121 |
| STRAT |
.146 |
.070 |
.370 |
1.000 |
-.056 |
.039 |
.180 |
-.190 |
| GENDER |
.031 |
.091 |
-.129 |
-.056 |
1.000 |
.034 |
-.274 |
.147 |
| SOCPSYCH |
.081 |
.415 |
.184 |
.039 |
.034 |
1.000 |
.410 |
-.131 |
| CRIME |
-.038 |
.295 |
.008 |
.180 |
-.274 |
.410 |
1.000 |
-.169 |
| METHODS |
.012 |
.025 |
.121 |
-.190 |
.147 |
-.131 |
-.169 |
1.000 |
Principal Component Factor Analysis
Total Variance Explained
| |
Initial Eigenvalues |
Extraction Sums of Squared Loadings |
| Component |
Total |
% of Variance |
Cumulative % |
Total |
% of Variance |
Cumulative % |
| 1 |
1.975 |
24.691 |
24.691 |
1.975 |
24.691 |
24.691 |
| 2 |
1.373 |
17.167 |
41.858 |
1.373 |
17.167 |
41.858 |
| 3 |
1.280 |
16.004 |
57.862 |
1.280 |
16.004 |
57.862 |
| 4 |
1.010 |
12.629 |
70.491 |
1.010 |
12.629 |
70.491 |
| 5 |
.900 |
11.244 |
81.735 |
|
|
|
| 6 |
.659 |
8.238 |
89.973 |
|
|
|
| 7 |
.469 |
5.867 |
95.839 |
|
|
|
| 8 |
.333 |
4.161 |
100.000 |
|
|
|
Table 3: Evaluating the outcome examination questions:
means and sums (i.e. total number of correct answers)
| Variable |
Sum |
Mean |
| T01 |
10.00 |
.2564 |
| T02 |
37.00 |
.9487 |
| T03 |
34.00 |
.8718 |
| T04 |
37.00 |
.9487 |
| T05 |
26.00 |
.6667 |
| T06 |
31.00 |
.7949 |
| T07 |
33.00 |
.8462 |
| T08 |
26.00 |
.6667 |
| T09 |
8.00 |
.2051 |
| T10 |
25.00 |
.6410 |
| T11 |
29.00 |
.7436 |
| T12 |
32.00 |
.8205 |
| T13 |
29.00 |
.7436 |
| T14 |
19.00 |
.4872 |
| T15 |
15.00 |
.3846 |
| T16 |
36.00 |
.9231 |
| T17 |
27.00 |
.6923 |
| T18 |
25.00 |
.6410 |
| T19 |
19.00 |
.4872 |
| T20 |
16.00 |
.4103 |
| T21 |
39.00 |
1.0000 |
| T22 |
38.00 |
.9744 |
| T23 |
38.00 |
.9744 |
| T24 |
38.00 |
.9744 |
| T25 |
24.00 |
.6154 |
| T26 |
32.00 |
.8205 |
| T27 |
11.00 |
.2821 |
| T28 |
32.00 |
.8205 |
| T29 |
29.00 |
.7436 |
| T30 |
34.00 |
.8718 |
| T31 |
34.00 |
.8718 |
| T32 |
27.00 |
.6923 |
| T33 |
20.00 |
.5128 |
| T34 |
19.00 |
.4872 |
| T35 |
26.00 |
.6667 |
| T36 |
29.00 |
.7436 |
| T37 |
32.00 |
.8205 |
| T38 |
8.00 |
.2051 |
| T39 |
15.00 |
.3846 |
| T40 |
8.00 |
.2051 |
Table 4: Evaluating the outcome examination questions:
information provided
Tests of Equality of Group Means
| Variable |
F statistic (1,37) |
Significance |
| T01 |
4.012 |
.053 |
| T02 |
.033 |
.856 |
| T03 |
.029 |
.867 |
| T04 |
1.613 |
.212 |
| T05 |
.199 |
.658 |
| T06 |
.145 |
.706 |
| T07 |
2.095 |
.156 |
| T08 |
1.279 |
.265 |
| T09 |
4.274 |
.046 |
| T10 |
4.660 |
.037 |
| T11 |
.984 |
.328 |
| T12 |
.758 |
.390 |
| T13 |
13.440 |
.001 |
| T14 |
1.207 |
.279 |
| T15 |
2.719 |
.108 |
| T16 |
2.547 |
.119 |
| T17 |
.025 |
.876 |
| T18 |
2.004 |
.165 |
| T19 |
6.424 |
.016 |
| T20 |
4.165 |
.048 |
| T21 |
|
|
| T22 |
1.304 |
.261 |
| T23 |
.768 |
.386 |
| T24 |
1.304 |
.261 |
| T25 |
1.016 |
.320 |
| T26 |
3.060 |
.089 |
| T27 |
.723 |
.400 |
| T28 |
7.526 |
.009 |
| T29 |
.067 |
.797 |
| T30 |
1.274 |
.266 |
| T31 |
4.744 |
.036 |
| T32 |
.717 |
.403 |
| T33 |
.663 |
.421 |
| T34 |
.032 |
.860 |
| T35 |
1.279 |
.265 |
| T36 |
.984 |
.328 |
| T37 |
3.060 |
.089 |
| T38 |
1.392 |
.246 |
| T39 |
.089 |
.767 |
| T40 |
1.443 |
.237 |
a Cannot be computed because this variable is a constant.
Table 5: Identifying domains of undergraduate sociological knowledge: rotated factor analysis
Rotated Factor Component Matrix
| |
1 |
2 |
3 |
4 |
| THEORY |
8.965E-02 |
.214 |
.775 |
-.140 |
| INSTITUT |
.695 |
1.802E-02 |
.487 |
6.682E-02 |
| POPULATE |
.111 |
.838 |
-7.576E-02 |
.322 |
| STRAT |
-3.499E-04 |
.767 |
.150 |
-.334 |
| GENDER |
-.113 |
-.287 |
.555 |
.313 |
| SOCPSYCH |
.821 |
4.998E-02 |
5.328E-02 |
3.291E-02 |
| CRIME |
.741 |
7.668E-02 |
-.297 |
-.285 |
| METHODS |
-6.044E-02 |
1.816E-02 |
1.921E-02 |
.885 |
Extraction Method: Principal Component Analysis.
Rotation Method: Varimax with Kaiser Normalization.
Table 6: Identifying domains of undergraduate
sociological knowledge: cluster analysis
Cluster Membership
| Variable |
7 Clusters |
6 Clusters |
5 Clusters |
4 Clusters |
3 Clusters |
2 Clusters |
| THEORY |
1 |
1 |
1 |
1 |
1 |
1 |
| INSTITUT |
2 |
1 |
1 |
1 |
1 |
1 |
| POPULATE |
3 |
2 |
2 |
2 |
1 |
1 |
| STRAT |
4 |
3 |
2 |
2 |
1 |
1 |
| GENDER |
5 |
4 |
3 |
3 |
2 |
2 |
| SOCPSYCH |
2 |
1 |
1 |
1 |
1 |
1 |
| CRIME |
6 |
5 |
4 |
1 |
1 |
1 |
| METHODS |
7 |
6 |
5 |
4 |
3 |
1 |
Dendrogram using Average Linkage (Between Groups)
Index of unit reports
l:\ir\outcomes\OA0203\soci.doc
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