Validity and Reliability of a Korean Version of Nursing Student Perceptions of Dishonesty Scale

Article information

J Korean Acad Fundam Nurs. 2020;27(2):176-187
Publication date (electronic) : 2020 May 28
doi : https://doi.org/10.7739/jkafn.2020.27.2.176
1Assistant Professor, School of Nursing, Sahmyook Health University, Seoul, Korea
2Assistant Professor, College of Nursing Science, Kyung Hee University, Seoul, Korea
Corresponding author: Han, Jeong-Won College of Nursing Science, Kyung Hee University 26 Kyunghee-daero, Dongdaemun-gu, Seoul 02453, Korea Tel: +82-2-961-2123, Fax: +82-2-961-2123, E-mail: hjw0721@naver.com
Received 2020 January 16; Revised 2020 March 26; Accepted 2020 May 6.

Abstract

Purpose

This study was conducted to evaluate the validity and reliability of the Korean version of Nursing Student Perceptions of Dishonesty Scale (NSPDS).

Methods

The English NSPDS was translated into Korean after going through a translation and reverse translation process. Data for this study were collected from 433 student nurses from 8 universities in Korea, who had clinical practice experience. The final data were evaluated using SPSS 20.0 and AMOS 22.0 for exploratory and confirmatory factor analysis. Reliability was tested using Cronbach's ⍺ and test-retest reliability.

Results

The exploratory factor analysis showed that 15 items were deleted and 9 subscales were changed into 8 subscales, and the initial 67 items were reduced to 52 items. Confirmatory factor analysis was conducted with 8 subscales and 52 items. The standardized regression coefficients of all the items were statistically significant and between .66 and .93. Convergent validity confirmed that the critical ratio was greater than .85, and the average variance extracted was greater than .53. The criterion-related validity confirmed a negative correlation between student nurses’ ethical value and the Korean version of NSPDS. Reliability was confirmed with a Cronbach's ⍺ of .80~.95. The test-retest confirmed that the correlation coefficient showed significant positive correlations between .68 and .76 in the subscales.

Conclusion

The findings of this study suggest that the Korean version of NSPDS is an appropriate and reliable tool for identifying dishonesty perceptions among Korean student nurses.

INTRODUCTION

Academic dishonesty refers to various actions on the part of students that go against the expected norms of a school, university, or other learning institution [1]. Academic dishonesty is associated with a variety of factors, but ethicists explain that a student's ethical values can also cause or motivate academic dishonesty [2]. The Ethical Concepts Applied to Nursing serve as a guideline for human relations, a standard for judgment in certain situations, and emphasize ethical, honest, and responsible behaviors that define a nurse [3]. This means that a nurse’s dishonest and unethical behavior as a health-care provider can have negative repercussions on a patient’s life [4]. Because of this, nursing educators and students alike need to consider the serious consequences of dishonest behavior [5].

Recently, many researchers have reported dishonest behavior as a frequently occurring problem among student nurses throughout the world [6]. In a previous study, more than 50.0% of student nurses tried various dishonest behaviors. The type of dishonest behavior student nurses can commit in clinical settings include the following: not reporting incidents or errors related to the patient during clinical practice; reporting or documenting nursing care that was not performed; documenting drugs that were not administered as documented; documenting different responses to treatment or drugs; documenting or reporting vital signs that were not measured or could not be accurately remembered; nursing without appropriate knowledge or guidance; not following the aseptic technique or leaving medical supplies contaminated without changing them; discussing patient’s information in public or with others; using uncertain data to carry out a case presentation or falsely modifying data; and taking hospital supplies or medications for personal use [5]. In the classroom, student nurses have also been reported to try various dishonest behaviors such as writing cheat sheets on the arm; going to the restroom during a test to check notes with already written answers; and taking pictures of a friend’s assignment to copy, as well as some cases of plagiarism [7].

Dishonest behaviors of student nurses in the classroom or clinical setting may also depend on both how they perceive academic dishonesty as an unethical behavior and how strongly they disapprove of academic dishonesty [8]. Therefore, nurse educators are responsible for identifying the types and causes of student nurses’ dishonest behaviors and preventing them, because nurses are the healthcare providers of the future and their behaviors will impact their patients’ lives [5]. In addition, based on the theory of moral reasoning and social cognitive theory, even if dishonest behaviors of student nurses may occur based on individual thoughts and motives, they can still have negative effects on others if misinterpreted [9, 10]. It is consequently essential that nurse educators measure the degree of students nurses’ perception of dishonest behaviors to prevent student dishonesty.

Currently available tools to measure dishonesty among student nurses’ focus mostly on unethical and immoral behaviors [11-13]. In particular, a tool used to measure the unethical attitude of student nurses in a previous domestic study was developed to measure medical students’ awareness of academic ethics. However, some items of this study are not suitable for student nurses [14]. On the other hand, the NSPDS was developed for student nurses in the United States to measure dishonesty among nursing students [15]. The NSPDS consists of items measuring perceptions of dishonest behaviors that can occur in the classroom and clinical settings [16]. Subsequently, these results can be used as baseline data for developing educational programs to correct the perception and behaviors of Korean student nurses in relation to dishonesty. In addition, NSPDS factors can help nurse educators apply individual interventions by identifying academic dishonesty factors that a student may perceive to be relatively low. Moreover, the NSPDS focuses on the student’s behavior at school rather than the student’s general honesty, ethics, or morality. Therefore, this study was conducted to identify the validity and reliability of the Korean version of NSPDS, to assess the perception of student nurses regarding dishonesty, and to provide baseline data for the nursing education process to instill work ethics in nurses.

METHODS

1. Study Design

This is a methodological study to provide baseline data to dishonesty of student nurses in Korea by translating NSPDS [15] into Korean.

2. Setting and Sample

This study was conducted with sophomore, junior, and senior student nurses from 8 universities in 5 regions of Korea (Seoul, Gyeonggi-do, Gyeongsang-do, Jeolla-do, and Gangwon-do) who had clinical practice experience. A total of 440 students who understood the study purpose and who voluntarily signed informed consent were selected. The number of subjects was calculated based on the ration ale of Hinkin [17], who suggested that at least 150~200 subjects are appropriate for exploratory factor analysis, and a rationale of Anderson and Gerbing [18], who suggested a minimum of 150 subjects for confirmatory factor analysis. Therefore, the number of participants sufficient for the exploratory and confirmatory factor analyses was set at 400, and considering a dropout rate of approximately 10%, a total of 440 students received survey questionnaires. The final data were randomly divided into equal parts for exploratory and confirmatory factor analyses. In addition, the minimum sample size for test-retest was 50 [19], and the sample size for this study was set to 100 to increase accuracy. Furthermore, a total of 100 participants who consented to the second survey during the first survey, received survey questionnaires for the test-retest. A total of 433 survey questionnaires out of 440 were collected and used for the final analysis.

3. Measurements

1) Nursing students' perceptions of dishonesty

This study used the NSPDS [15] to measure nursing student nurses’ perceptions of dishonesty. The NSPDS is categorized into two areas: classroom and clinical settings. The classroom category had a total of 40 items from 6 subscales: cheating (actions given or taken in an attempt to do well in tests or assignments without doing the actual work), 13 items; assistance (to improve one's work with the help of others), 9 items; cutting corners (actions taken to lessen the amount of work to be done), 7 items; not my problem (being aware of the academic dishonesty of others but not reporting it), 4 items; sabotage (negatively impacting another's work), 4 items; and test file (maintaining or using former tests or test question banks), 3 items. The clinical settings category had a total of 27 items from 3 subscales: perjury (creating or providing false or inaccurate information, to make up or lie), 13 items; noncompliance (failing to follow set guidelines, rules, or stated expectations), 11 items; and stealing (to take without permission or right), 3 items. Each item has a rating of 1 to 4 (1: strongly disagree - 4: strongly agree, score range: 67~268), the higher the score, the higher the perception of student nurses’ dishonesty. The reliability of the tool during development was Cronbach's ⍺ of .62~.96.

2) Nursing students' ethical values

Nursing students’ ethical value was assessed using a tool developed by Jeong [20] and was revised by Kim [21] for the use of student nurses. These students’ ethical value consisted of 38 items with 4 subscales and each item used a 5-point Likert scale (1: strongly disagree - 5: strongly agree, score range: 38~190), the higher the score, the higher the nursing students’ ethical value. The reliability of the tool during development was Cronbach’s ⍺ .68~.87[20], the reliability in Kim’s study was Cronbach’s ⍺ .56~.68[21], and the reliability in this study was Cronbach’s ⍺ .79~.81.

3) Translation and cultural adaptation processes

Using the translation tool and application guidelines recommended by the World Health Organization (WHO) [22] for the use of the English tool in other languages and cultures, this study completed the preliminary items after a primary translation, expert panel review, a reverse translation, and a cognitive interview processes. Before starting the primary translation, the study team obtained approval for the Korean translation and its use from the tool developer. It was recommended that the primary translation be conducted by health experts familiar with the terminology of the field as well as the English culture, and whose native language was the language into which the document would be translated [22]. This study requested a primary translation from two doctors of nursing who are fluent in English and with sufficient experience in nursing terminology. These two professionals conducted the primary translation independently. In addition, primary translation sentences were agreed on to avoid a word-for-word translation and to convey the overall meaning of the sentences. The expert panel consisted of an expert bilingual translator, two nursing professors who were fluent in both languages, and the two doctors of nursing in charge of the primary translation. The panel reviewed the primary translation by comparing the translated and original sentences in English. Reverse translation was then requested from a U.S. citizen whose native language is English and who was also fluent in Korean. Although the reverse translated sentences were not exactly matched to the original tool, it was confirmed that there were no changes in meaning and preliminary items were completed. Content validity was confirmed by two nursing doctors, two nursing professors, and one doctoral student in nursing. To ensure homogeneity of word meaning and review the response process, a cognitive validity assessment was conducted on 10 nursing students.

4) Data collection

Prior to the initiation of all study procedures and to protect the student nurses and for all ethical considerations, this study obtained the approval of S University IRB (**IRB 1810-01). The data collection period was from October 25, 2018 to November 30, 2018. The nursing departments of nursing of 8 universities located in 5 regions (Seoul, Gyeonggi-do, Gyeongsang-do, Jeolla-do, and Gangwon-do) in Korea were selected using a convenient sampling method. Study purposes and methods were first explained to the department chair via phone, and the study’s content, methods, and survey questionnaires were then sent to the department chair via email for further review. Data were collected using the survey questionnaires with the approval and support of the department chair. Student nurses from 2 universities were selected for test-retest. Notice of the second survey was given in advance, and the re-examination date and contents were explained. Once the students agreed to participate in the reexamination, they were told to use a unique identification number in the survey questionnaire. The second survey was conducted 2 weeks after the first survey.

5) Data analysis

Data collected were analyzed using IBM Statistics AMOS 22.0 and SPSS Statistics 20.0. In order to investigate the general characteristics of the students, frequency, percentage, mean, and standard deviation were used. In the case of exploratory factor analysis, we examined the Kaiser-Meyer-Olkin (KMO) value of sampling adequacy. KMO values of .70 [17]. and above supported the use of factor analysis on the data. In addition, we examined Bartlett's test of sphericity to determine if the correlation matrix of the items was an identity matrix, meaning that there were no relationships between the items. To identify the most interpretable structure, we analyzed the principle component analysis. Rotations were assessed using Varimax. The number of factors was extracted based on eigenvalues of 1.0 or higher, and items were selected based on factor loadings of .40 or higher. In the confirmatory factor analysis, the model fit index was confirmed based on Normed χ2(χ2/df), Tucker-Lewis index (TLI; reference value: ≥.90), comparative fit index (CFI; reference value: ≥.90), and root mean square error of approximation (RMSEA; reference value: ≤.05), and standardized root mean residual (SRMR; reference value: ≤.05). Moreover, the convergent validity of the factor construct was checked based on the following criteria: standardized regression coefficients of observed variables ≥.50, construct reliability (CR) ≥.70, and average variance extracted (AVE) ≥.50[23]. The discriminant validity of the factors estimated by CFA was verified based on the criteria that inter-factor correlation coefficients should be ≤.80 and the AVE of latent variables should be greater than the square of the correlation coefficients of the latent variables. To test the criterion validity of the Korean NSPDS, a gold standard scale with proven validity and reliability should be used. However, because there are very few instruments designed to measure dishonesty in nursing student nurses and almost none have proven validity and reliability, we compared our findings to a previous study [21] on student nurses’ ethical values. For a criterion-related validity analysis, a Pearson's correlation coefficient between the Korean version of the NSPDS and the nursing students’ ethical values was calculated, and the reliability test calculated Cronbach’s ⍺ correlation coefficient of internal consistency. The reliability of the test-retest was calculated as a Pearson correlation coefficient. Finally, an item analysis on final items was conducted to identify the mean, standard deviation, standard error, skewness, and kurtosis.

RESULTS

1. Participants' Demographic Characteristics

Most of the students were female: 386 female (89.1%) and 47 male (10.9%). The mean age of the students was 23.1 years, and 92 were sophomores (21.2%), 170 were junior students (39.3%), and 171 were senior students (39.5%). Ninety-two students (21.2%) had experienced a leave of absence or transfer. On satisfaction with their grade-point average, 32 (7.4%) were “very satisfied”, 113 (26.1%) were “satisfied”, 166 (38.3%) chose “neutral”, 103 (23.8%) selected “unsatisfactory”, and 19 (4.4%) selected “very unsatisfactory”. The most common reason for choosing nursing as a career was “high employment rate” in 242 students (55.9%) (Table 1).

General Characteristics of the Student Nurses (N=433)

2. Content Validity

This study carried out a strict and systematic translation process of the original tool in English using the tool translation and application guidelines of the WHO [22] in order to ensure content validity. Two nursing doctors, two nursing professors, and one doctoral student in nursing, also confirmed content validity. After reviewing the appropriateness of the items and adequacy, and representativeness of those in the subscales, all the subscales showed “valid” or “very valid” and all the items showed a CVI ranging between .80 and 1.00. The item CVI estimates that appropriate content validity is obtained at .80 or higher [24]. Items with terminology not suitable for the Korean situation, awkward expressions, and phrases were also revised. An example of a text that had to be revised is the following: “A student eats graham crackers from the patient pantry.” Graham crackers are not part of our country’s food culture, and we transformed “graham crackers” into “food”. In the case of the sentence, “A student studies exams from a test file,” the words “test file” were changed to jokbo to increase the readability of study for the participants. The investigators applied the actual tools and conducted a cognitive validity assessment to ensure content validity for 10 nursing students. The students took about 20 minutes for the survey, and we confirmed that the students had no difficulty reading and completing the survey.

3. Construct Validity

Confirmatory factor analysis was conducted with a 217 data set in order to confirm whether the construct validity of the Korean version tool could be tested with 67 items and 9 component factors from the original tool. Although the standardized regression coefficients of all items with bootstrapping were more than .50, the fit index of the model was low, and it was suggested that one observation variable should be set as a causal relationship for multiple factors. Thus, a new model estimate was required for an exploratory factor analysis of the total 67 items with a different 216 data set. The Kaiser-Meyer-Olkin (KMO) value to confirm the adequacy of the factor analysis sample was .88, which was greater than the reference value of .70 [17]. Bartlett’s sphericity test results showed that the approximation χ2 value was 10,114.22 (df=1,326, p<.001), which confirmed the use of factor analysis as appropriate. Factor analysis of the total of 67 items extracted 8 factors with more than 1.0 of eigenvalues (eigenvalues of factors: factor 1=17.60, factor 2=4.65, factor 3=4.28, factor 4=2.42, factor 5=1.86, factor 6=1.67, factor 7=1.37, factor 8=1.04) . A communality below 0.3 indicated that the variable may have little in common with any of the other variables and was dropped from the analysis [25]. Fifteen items with less than .30 of communality were deleted (“When asked to witness a medication waste, the student signs off but did not watch to ensure if the drug was wasted,” “A student documents that the nurse was notified when, in reality, the nurse was not notified,” “A student reports being sick when s/he is not able to alter the time of an exam,” “A student gives a patient inaccurate information about her/ his status,” “While in a clinical setting, a student has a headache and takes a patient’s Tylenol,” “A student memorizes test questions to look up after the exam,” “A student eats graham crackers from the patient pantry,” “A student breaks sterility and does not reestablish it,” “A student does not wash his hands between patients,” “A student uses a classmate’s notes to study for an exam,” “A student uses the writing center to have a paper edited for writing style and organization,” “A student accepts a cash gift from a patient,” “A student studies with a classmate for an exam,” “A student takes and uses TEDs/surgical stockings from the supply room for personal use,” and “A student makes up an entire patient assessment and documents it as facts.”). The communality of all the other items was above .50. Regression coefficients of the pattern matrix of all items met the criteria, greater than .40 [26]. Based on the exploratory factor analysis, 3 items from stealing in the clinical settings category were deleted. Therefore, the initial 67 items (9 subscales) were reduced to 52 items (8 subscales) (Supplement 1). The cumulative variance ratio of factors was 69.2%(variance ratio of factors: factor 1=17.61, factor 2=10.67, factor 3=10.45, factor 4=8.37, factor 5=6.09, factor 6=5.89, factor 7=5.74, factor 8=4.38).

A confirmatory factor analysis was conducted with 8 factors and 52 items with the following processes. Fitness of the model evaluation showed that χ2 of 3735.09 (df=1261, p<.001), normed χ2 of 2.96, SRMR of .05, TLI of .90, CFI of .91, and RMSEA of .06 (low=.05, high=.07), which revealed that fitness met a standard. The validity of the component factors was confirmed using convergent and discrimination validity with the final model. Standardized regression coefficients of all items were statistically significant and between .66 and .93. Convergent validity was confirmed based on the following: CR was greater than .85, AVE was greater than .53, and the Pearson correlation coefficient among subscales was at a minimum of .30 (p<.001) to a maximum of .67 (p<.001). Furthermore, the correlation coefficient between factors was less than .80 and the AVE of latent variables was greater than the square of the correlation coefficients of the latent variables. We confirmed the discriminant validity of the factor (Tables 2, 3).

The Result of Confirmatory on Korean NSPDS

Convergent and Discriminant Validity of Korean NSPDS among Sub-scales

4. Criterion-related Validity

There was a negative correlation between student nurses’ ethical value measuring tool and the Korean version of the NSPDS (r=-.56, p<.001) (Table 3).

5. Reliability Analysis

The internal consistency reliability of the Korean version of the NSPDS test showed Cronbach's ⍺ .80~.95 in the subscales. Test-retest reliability was conducted to confirm the stability of the measurement for each factor. The stability of measurement confirmed that the correlation coefficient showed significant positive correlations between .68 and .76 in the subscales (Table 4).

Item Analysis and Reliability of NSPDS

6. Item Analysis

The mean item was 1.14~2.74, while the standard deviation was 0.42~1.05, which concluded that there was no item with extreme value. The normal distribution was confirmed with a skewness -0.67~0.93 and kurtosis -0.90~0.85 (Table 4).

DISCUSSION

This study was conducted to confirm the validity of the Korean version of the NSPDS, which is the main focus of the discussion. First, this study followed the tool translation and application guidelines suggested by the WHO in order to secure content validity for the Korean version of the NSPDS. Nursing professors from the nursing department and experts reviewed item relevance, adequacy, and representativeness in the subscale, and revised some terminologies not applicable to Korea, as well as awkward expressions and phrases. Cognitive validity assessment was secured through student nurses, who were evaluated using the actual tool.

Furthermore, the content validity of the NSPDS was confirmed using confirmatory factor analysis, exploratory factor analysis, and criterion-related validity analysis. Since confirmatory factor analysis is more appropriate for the application of the tool with confirmed validity after translating into another language [27], in this study conducted a confirmatory factor analysis was conducted to determine which factors developed in the U.S. were still suitable in Korea. However, new model estimation was required as the fit index of the model was low, and it was also based on the suggestion of establishing a causal relationship between one observation variable and multiple factors. Therefore, all items related to stealing in clinical setting subscales were deleted based on exploratory factor analysis of the total items, and the Korean version of the NSPDS was completed with 8 subscales. Stealing is a crime in Korea, so students may perceive stealing as an unethical behavior. However, the environment or structure in Korea does not allow nursing students to use food or medicine for their own purpose. Therefore, it is considered that this item could not be linked to evaluating the perception of dishonest behaviors that nursing students can experience. In addition, among the deleted items, some items such as “document things unreported as reported,” “document the general status of the patients by making it up,” “provide inappropriate information to patients,” and “sign confirmation for medication loss without checking the contents with one’s own eyes,” are possible only with autonomy for student nurses during clinical practice. However, the clinical practice of student nurses in Korea is only conducted under the direct supervision of the preceptor. Therefore, signing medical charts or incidents related to patient information cannot be performed independently. Thus, the Korean version of the NSPDS has a similar structure to the subscales and detailed items to the original tool, except for the deleted items due to cultural differences between the U.S. and Korea. Furthermore, convergent and discriminant validity were tested for the validity of component factors determined from the confirmatory factor analysis, and the results confirmed that the validity of the Korean version of the NSPDS. In the case of the Korean version compared to the original version of the NSPDS, cheating, assistance, cutting corners, not my problem, sabotage, test file, perjury, and noncompliance are considered to be academic dishonesty that is common to student nurses. Therefore, we suggest that nurse educators need to provide and develop educational programs that include these components for student nurses.

In order to test criterion-related validity, this study showed that the Korean version of the NSPDS and the ethical value measuring tool of Kim [21] yielded differences while measuring the same concepts with a correlation coefficient of r=-.56. Based on previous research that human dishonesty in the organization is related to ethical value judgment [28], this study hypothesized that higher academic dishonesty among student nurses will show low ethical value and tested correlation. Further studies on predicting validity to assess whether academic dishonesty of student nurses is related to the point when they become clinical nurses are recommended.

In this study, the internal consistency reliability of the Korean version of the NSPDS was Cronbach's ⍺ .80~.95, which is relatively high. Internal consistency reliability was confirmed with a value of >.70 [29]. This is similar to the results obtained in a study in the U.S. [18]. The Korean version of the NSPDS can be considered a tool with high internal consistency reliability. The test-retest reliability in the study showed a Pearson correlation coefficient of r=.68~.76. In the case of test-retest, if the correlation coefficient is .70 or above, it is judged to be highly reliable [30]. It is believed that 2 weeks is sufficient to evaluate the reliability of the Korean version of the NSPDS. Finally, as a result of conducting item analysis on the final items, students found that the items in “assistance” and “cutting corners” were relatively higher than those in other subscales. It was difficult to compare the results with the original NSPDS because it did not describe the results of the item analysis at the time of the development of NSPDS, but it seems that Korean students are sensitive to the “assistance” and the “cutting corners” items of academic dishonesty. The limitation of this study is that students in some parts of Korea were excluded, and it is also necessary to confirm the degree of students' perceptions of academic dishonesty may vary for students at universities established by religious groups.

CONCLUSION

This study was conducted to confirm the validity and reliability of the Korean version of the NSPDS, to evaluate student nurses’ perception of dishonest behaviors and to provide baseline data for nursing education in nursing trated to work ethics. The final Korean version of the NSPDS consisted of 8 factors and 52 items. Further studies on the degree of academic dishonesty among Korean student nurses using the Korean version of the NSPDS, factors affecting their dishonesty, and associations between dishonesty experienced in school and clinic environments are recommended. In addition, it is necessary to study for verification of the Korean version with developer and to further verify the reliability of the NSPDS for student in various school environments.

Supplementary Materials

Supplement 1.

최 종 문 항

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Article information Continued

Table 1.

General Characteristics of the Student Nurses (N=433)

Variables Categories n (%) or M±SD
Gender Male 47 (10.9)
Female 386 (89.1)
23.1±3.69
Age (year) ≤23 256 (59.1)
>23 177 (40.9)
Grader Sophomore 92 (21.2)
Junior 170 (39.3)
Senior 171 (39.5)
Experience on leave of absence or transfer Yes 92 (21.2)
No 341 (78.8)
Satisfaction for GPA Very satisfied 32 (7.4)
Satisfied 113 (26.1)
Neutral 166 (38.3)
Unsatisfactory 103 (23.8)
Very unsatisfactory 19 (4.4)
Reason for choosing nursing High employment rate 242 (55.9)
Based on score 159 (36.7)
Based on aptitude 32 (7.4)

GPA=Grade point average.

Table 2.

The Result of Confirmatory on Korean NSPDS

Factors Item no B β SE Critical ratio p CR AVE
F1 1 1.00 .70 - - <.001 .98 .81
2 1.01 .76 .03 31.19 <.001
3 1.54 .87 .08 17.35 <.001
4 0.83 .76 .05 15.25 <.001
5 1.37 .86 .08 17.12 <.001
6 0.79 .74 .05 14.72 <.001
7 1.44 .76 .09 15.22 <.001
8 1.11 .78 .07 15.77 <.001
9 1.71 .71 .12 14.16 <.001
10 1.39 .78 .09 15.60 <.001
11 1.45 .87 .08 17.35 <.001
12 1.48 .79 .09 15.88 <.001
13 0.83 .73 .05 14.63 <.001
F2 14 1.00 .68 - - <.001 .85 .53
15 1.09 .70 .08 12.47 <.001
16 1.21 .79 .08 13.72 <.001
17 1.01 .70 .09 10.93 <.001
18 1.15 .75 .08 13.23 <.001
F3 19 1.00 .71 - - <.001 .87 .53
20 1.06 .73 .07 13.89 <.001
21 0.95 .68 .07 12.98 <.001
22 0.94 .66 .07 12.56 <.001
23 0.91 .66 .07 12.56 <.001
24 1.03 .76 .07 14.45 <.001
25 1.13 .77 .07 14.67 <.001
F4 26 1.00 .74 - - <.001 .93 .76
27 1.06 .79 .06 16.57 <.001
28 1.31 .93 .06 19.37 <.001
29 1.25 .87 .06 18.35 <.001
F5 30 1.00 .68 - - <.001 .95 .83
31 0.87 .88 .05 15.99 <.001
32 0.86 .89 .05 16.07 <.001
33 0.99 .74 .07 13.90 <.001
F6 34 1.00 .75 - - <.001 .88 .71
35 1.11 .86 .06 17.36 <.001
36 1.15 .81 .07 16.27 <.001
F7 37 1.00 .75 - - <.001 .98 .82
38 0.83 .86 .03 22.39 <.001
39 0.97 .81 .04 23.14 <.001
40 0.94 .84 .04 23.10 <.001
41 0.81 .85 .03 22.19 <.001
42 0.80 .86 .03 23.12 <.001
43 0.78 .86 .04 16.09 <.001
44 0.91 .84 .05 18.20 <.001
F8 45 1.00 .86 - - <.001 .98 .85
46 0.99 .68 .06 14.68 <.001
47 1.06 .74 .06 15.91 <.001
48 1.17 .70 .06 17.28 <.001
49 0.89 .74 .05 15.91 <.001
50 1.03 .80 .06 16.71 <.001
51 0.82 .87 .04 19.74 <.001
52 1.13 .88 .06 17.39 <.001

NSPDS=Nursing student perceptions of dishonesty scale; SE=Standard error; CR=Construct reliability; AVE=Average variance extracted; F1=Cheating; F2=Assistance; F3=Cutting corners; F4=Not my problem; F5=Sabotage; F6=Test file; F7=Perjury; F8=Noncompliance; Model fit: Normed Chi-square=2.96, SRMR=.05, TLI=.90, CFI=.91, RMSEA=.06 (low=.05, high=.07), Reference level of fitness index: Normed Chi-square <3.0, SRMR <1.0, TLI ≥. 90, CFI ≥90, RMSEA ≤1.0, Factor loading <.50, CR >.70, AVE >.50.

Table 3.

Convergent and Discriminant Validity of Korean NSPDS among Sub-scales

Variables Total NSPDS
F1
F2
F3
F4
F5
F6
F7
F8
r (p) r (p) r (p) r (p) r (p) r (p) r (p) r (p) r (p)
F1 .71 (<.001) .81
F2 .63 (<.001) .39 (<.001) .53
F3 .70 (<.001) .43 (<.001) .50 (<.001) .53
F4 .63 (<.001) .48 (<.001) .48 (<.001) .38 (<.001) .76
F5 .64 (<.001) .60 (<.001) .37 (<.001) .49 (<.001) .32 (<.001) .83
F6 .79 (<.001) .52 (<.001) .47 (<.001) .52 (<.001) .37 (<.001) .44 (<.001) .71
F7 .71 (<.001) .54 (<.001) .43 (<.001) .43 (<.001) .30 (<.001) .53 (<.001) .46 (<.001) .82
F8 .68 (<.001) .51 (<.001) .43 (<.001) .41 (<.001) .43 (<.001) .50 (<.001) .42 (<.001) .67 (<.001) .85
Ethical values -.56 (<.001) -.58 (<.001) -.57 (<.001) -.59 (<.001) -.53 (<.001) -.56 (<.001) -. 60 (<.001) -.57 (<.001) -.49 (<.001)

The oblique shaded section: AVE; The non-shaded section: correlation; NSPDS=Student nurses' perceptions of dishonesty scale; SE=Standard error; CR=Construct reliability; AVE=Average variance extracted; F1=Cheating; F2=Assistance; F3=Cutting corners; F4=Not my problem; F5=Sabotage; F6=Test file; F7=Perjury; F8=Noncompliance.

Table 4.

Item Analysis and Reliability of NSPDS

Factors Item no M SD SE Skewness Kurtosis ⍺ if item deleted Test-retest (r) (2 weeks)
F1 1 1.24 0.55 .03 0.50 0.18 .94 .95 .70*
2 1.21 0.52 .02 0.90 0.33 .94
3 1.33 0.69 .03 0.13 0.84 .94
4 1.15 0.42 .02 0.28 0.85 .94
5 1.27 0.62 .03 0.32 0.43 .94
6 1.14 0.42 .02 0.49 0.15 .94
7 1.36 0.74 .04 0.89 0.40 .94
8 1.21 0.55 .03 0.73 0.29 .94
9 1.60 0.94 .04 0.31 0.43 .95
10 1.35 0.70 .03 0.88 0.55 .94
11 1.29 0.65 .03 0.18 0.84 .94
12 1.35 0.73 .03 0.09 0.48 .94
13 1.17 0.44 .02 0.84 0.62 .94
F2 14 1.76 0.96 .05 0.80 -0.81 .83 .83 .68*
15 2.40 1.03 .05 -0.19 -0.20 .81
16 2.19 1.00 .05 0.05 -0.35 .78
17 2.74 0.95 .05 -0.67 -0.46 .81
18 2.34 1.02 .05 -0.09 -0.26 .79
F3 19 2.00 1.00 .05 0.43 -0.07 .87 .87 .76*
20 2.21 1.04 .05 0.14 -0.25 .87
21 2.56 0.99 .05 -0.41 -0.90 .87
22 2.42 0.98 .05 -0.14 -0.01 .86
23 2.58 0.99 .05 -0.14 -0.03 .86
24 2.30 0.96 .05 -0.43 -0.83 .86
25 2.06 1.04 .05 0.12 -0.17 .86
F4 26 1.87 0.91 .04 0.19 -0.17 .88 .90 .73*
27 1.83 0.90 .04 0.18 -0.15 .85
28 1.33 0.86 .04 0.45 -0.00 .87
29 1.20 0.86 .04 0.57 -0.84 .89
F5 30 1.18 0.63 .03 0.93 0.20 .81 .83 .73*
31 1.39 0.46 .02 0.27 0.55 .79
32 1.97 0.46 .02 0.68 0.41 .79
33 1.67 0.69 .03 0.81 0.65 .83
F6 34 1.82 1.05 .05 0.55 -0.12 .78 .80 .72*
35 1.54 0.92 .04 0.10 -0.01 .74
36 1.39 0.99 .05 0.74 -0.86 .80
F7 37 1.45 0.72 .03 0.15 0.58 .94 .94 .72*
38 1.43 0.59 .03 0.41 0.61 .94
39 1.36 0.68 .03 0.39 0.28 .93
40 1.34 0.66 .03 0.31 0.67 .93
41 1.44 0.59 .03 0.44 0.40 .94
42 1.48 0.56 .03 0.48 0.67 .94
43 1.36 0.69 .03 0.43 0.23 .94
44 1.39 0.74 .03 0.42 0.19 .94
F8 45 1.31 0.63 .03 0.82 0.16 .92 .92 .73*
46 1.31 0.62 .03 0.35 0.70 .92
47 1.32 0.58 .03 0.77 0.39 .92
48 1.23 0.58 .03 0.85 0.03 .91
49 1.28 0.59 .03 0.80 0.80 .91
50 1.28 0.49 .03 0.19 0.84 .92
51 1.39 0.53 .03 0.78 0.25 .91
52 1.48 0.56 .03 0.86 0.42 .91

NSPDS=Student nurses perceptions of dishonesty scale; M=Mean, SD=Standard deviation; SE=Standard error; ITC=Item-total correlation; F1=Cheating; F2=Assistance; F3=Cutting corners; F4=Not my problem; F5=Sabotage; F6=Test file; F7=Perjury; F8=Noncompliance;

*

p<.05.