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ISSN: 2161-0487
Journal of Psychology & Psychotherapy
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Measuring Happiness in Portuguese Adults: Validation of the CHQ - Covilha Happiness Questionnaire

Henrique Pereira*, Samuel Monteiro, Graça Esgalhado, Rosa Marina Afonso and Manuel Loureiro

Department of Psychology and Education, University of Beira Interior, Estrada do Sineiro, s/n – 6200-209 Covilhã, Portugal

Corresponding Author:
Henrique Pereira
Department of Psychology and Education
University of Beira Interior, Estrada do Sineiro
s/n – 6200-209 Covilhã, Portugal
Tel: +351914572131
E-mail: [email protected]

Received date: November 26, 2014; Accepted date: January 28, 2015; Published date: February 04, 2015

Citation: Pereira H, Monteiro S, Esgalhado G, Afonso RM, Loureiro M (2015) Measuring Happiness in Portuguese Adults: Validation of the CHQ - Covilha Happiness Questionnaire. J Psychol Psychother 5:168. doi:10.4172/2161-0487.1000168

Copyright: © 2015 Pereira H, et al. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.

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This paper focuses on the study of happiness from two perspectives that have accompanied the historical evolution of its scientific study: its conceptual definition as a construct and its measurement. We aimed to integrate and analyze the development and validation of a new measure, adapted to the reality and socio-cultural specificities of Portugal, which struggles with particular socio-economic contingencies that have emerged contemporaneously. We also aimed to develop methodologies to obtain valid and updated data on psychosocial indicators of happiness and subjective well-being among the Portuguese population. This article thus explores the problem of measuring happiness within the complex conceptual context of (in) definition and operating (un)measurability. The article assumes the instrumental and descriptive objectives and attempts to contribute to the development and validation of a new instrument for assessing happiness. These objectives are founded on a multifactorial theoretical conception that incorporates personal, social and environmental dimensions, and which allows for the provision of specific indicators of happiness and an overall aggregated indicator. Method: This study was a cross-sectional survey of 645 Portuguese people. The Covilhã’s Happiness Questionnaire (CHQ) uses 41 items to measure a person’s happiness. Results: Exploratory factor analysis revealed a well-fitting 5-dimensional factor structure (KMO = 0.914), with strong factor loadings and excellent internal reliability (Cronbach’sα = 0.921). The CHQ assessed the following dimensions: positive emotions, socially gratifying interactions, self-caring, participation in meaningful activities, and socio-economic structure engagement. Conclusion: The CHQ has good face validity and sound psychometric properties. It is a culturally adapted measure, thus user-friendly for researchers and others utilizing the scale.


Happiness measurement; Happiness indicators; Happiness in adults; Portugal

Happiness – From the Conceptual Problem to the Measurement Problem

Western culture has taken happiness, at least politically and discursively, to be one of its most important goals and objectives to be attained in life, both individually and on a societal level. The approach of the Western world to the happiness and well-being of its populations portrays happiness as a stage in life to be attained. Today, however, the economic, financial and social problems of some countries, namely Portugal, may question the ability of Western populations to reach that stage.

In the scientific field, happiness has been affirming itself as an increasingly investigated variable, referenced in publications of a scientific nature [1]. In addition, happiness as a variable has been referenced both at the exploratory level, in the context of background and conditioning variables and their possible consequences, and in particular under positive conceptions that are relevant to the maintenance and promotion of health [2,3].

Despite this significant and unequivocal development [4], it is evident that the study of happiness and well-being in psychology today remains entangled in some subjectivity. The conceptualization and study of the nature of happiness and well-being and the instruments and measurement methodologies used, have led to persistent questioning of the real contribution of their study in the scientific field, reflected, for example, by the issue raised and deconstructed by Norrish and Vella- Brodrick [5]: “Is the study of Happiness a Worthy Scientific Pursuit? “, or the work of Lykken and Tellegen [6] that problematizes happiness as a phenomenon of stochastic nature. This study aims to reinforce happiness as scientific variable, exploring its assessment, validity and psychosocial determinants, thus contributing to its consolidation as scientific construct.

The concept of happiness used in studies of Positive and Humanistic Psychology ranges from subjective well-being, to the satisfaction or the fulfillment of life goals. Additionally, in Existential Psychology the concept of happiness integrates physical, mental and spiritual dimensions [7]. General happiness is philosophically interpreted as a sense of well-being, which in turn is defined as either a complete and lasting satisfaction with life as a whole, or as a preponderance of positive feelings over negative feelings [8]. To Veenhoven [9] it is a subjective state of mind defined as the overall assessment of life as a whole. Natvig et al. [10] indicate that well-being is often used interchangeably with happiness, although the focus of well-being may be considered wider, and as a term it is traditionally regarded as more scientific [5]. Psychological happiness reflects a subjective well-being and denotes a mental state associated with success or satisfaction of desires or needs [2]. To Raibley [11] happiness and well-being are conceptually, metaphysically and empirically distinct, understanding happiness as an associated variable required, but not sufficient for achieving well-being.

Many other concepts have been used in association or even as synonyms for happiness, including life satisfaction and flow and quality of life [12]. Happiness would be contained within quality of life [2] and is recognized today as an indispensable psychological dimension in the evaluation of the quality of the experience of human life, at both the micro level of individuals and at the macro level of nations. It is also significant to note that the interest in measuring happiness in analyses of an economic nature is growing, especially in studies that seek to evaluate and compare any differences in international terms [1,13], e.g., between EU member countries, in studies like Cullis, Hudson and Jones [14] and in recent international approaches based on indicators of GNH - Gross National Happiness [15].

Veenhoven [9] discusses the universality of happiness and considers that there is a remarkable cross-cultural similarity. The biggest change seems to be in the way people are happy. In Portugal there is a lack of scientific studies that would help us to understand and measure levels of happiness in a comprehensive way and the way people are happy. Therefore this research aims to assess data and information about dimensions that constitute happiness as complex and multidimentional variable from a quantitative perspective.

The research of happiness and positive aspects of human experience, framed in today’s Positive Psychology, originally appeared to raise a conflict, at least in part, with traditional psychology and the importance of focusing on dysfunctional and negative aspects of the human experience [5]. Therefore, it may be considered that Psychology’s focus on happiness appeared late, due to its traditional orientation, but also particularly because of the persistence of a deeply rooted cultural perception of happiness as elusive, inexplicable and subjective, thus impossible to be scientifically studied and measured [16].

A common argument against the scientific research of happiness is that it is impossible to be measure objectively. With the research conducted in this field [17] it is assumed, unequivocally, that happiness can be defined and can be measured; however, it seems unlikely that the study of happiness is closed. On the contrary, happiness as a variable and subject of scientific study requires a continuous effort to consolidate its theoretical specificity and further development of psychometrically validated instruments to measure it that are adapted culturally and contingently.

Happiness - The importance of the validity of the measure in its scientific affirmation as a multidimensional construct with socio-cultural specificities

For Bates [15] all measures of well-being are imperfect, so he proposed the use of multiple methodological alternatives. Happiness and subjective well-being have been assessed according to different perspectives and methodological approaches [18,19]. Most research on happiness is performed through surveys [5], asking people to evaluate their satisfaction with life in general, or satisfaction with areas of life that are significant, such as work or family [20]. The investigation of happiness generally requires that people analyze their current situation or past emotional experiences.

According to Hills and Argyle [21] happiness is a multidimensional construct that includes both emotional and cognitive elements. The available data suggests that all humans tend to evaluate how much they like their life. This evaluation is based on the affective experience, which is linked to the fulfillment of universal human needs and cognitive comparison, and is shaped by the cultural standards of what is, in a particular context, a good life. The overall assessment of happiness seems to depend more on the first (affective realm) than on the source of information (cognitive field) [9]. Veenhoven [22] presents a major objection to the argument that happiness is relative. He believes that the affective component of happiness is strongly associated with experience and hedonic gratification of needs, and therefore is independent of comparison standards.

Veenhoven [17] believes that happiness is a conscious mental state, which can be measured by the means of questioning it and translating it into an overall judgment that happiness can be measured by the survey method. The subjective view of happiness considers it from the point of view of the respondents [23] and assumes that this can be measured simply by asking people how happy they are. Diener [20] argued that happiness is a democratic concept and that every individual has the right to assess whether his or her life was, or was not, satisfying and whether his or her life was, or was not worth it [5]. For Kamman et al. [8] well-being reflects a gradual notion, and people can experience any number of gradations within the extremes of well-being, ranging from complete happiness to unhappiness or total misery. However, they may be biased in the assessment of human decision, making it complex to measure and validate based on self-assessment [5]. The subjectivist perspective requires that respondents are able to make a valid judgment of their lives, not significantly distorted from the point of view of cognitive and/or emotional limitations [24]. This research, like that of Fordyce [16], Bekhet et al. [2] and Hervas and Vázquez [25], shows that there are many plausible and available instruments focused on a subjectivist perspective [26], which use self-administered surveys (Table 1).

A few instruments are clearly recognized and used more often than others. The analysis of the measures appears to depend on many factors including the population, psychometric characteristics of the measurement, number and accessibility of items, and further adaptation to their linguistic and socio-cultural realities [2]. Most measures of happiness identified are specific to young and middle-aged people [2], with several existing proposals focused on a single item [27]. Some authors try to analyze particular conceptions concerning happiness, such as temporary happiness and long-lasting happiness [28]. Some researchers choose to adapt instruments to new populations and age groups for general use [21,29]. On the other hand, there are some investigations that have focused on the cultural values of East and West and their possible impact on the measurement of happiness [30].

Diener et al. [31] argues that despite the specificities of each methodological approach it is possible to measure happiness with numerous valid and reliable measures as long as they have good psychometric properties and characteristics. Given the value of the work of the instrumental research that has historically been developed, we are contributing to the development of a new measure. As none of the existing options and instruments met the majority of requirements needed in this work, namely: being adaptable for various age groups; being aligned with a multifactorial conception of happiness, incorporating personal, social and contextual dimensions; allowing visualizations of particular indicators and an overall indicator; and, above all, the ability to be developed and adapted to the extent of the crisis contingencies and the social, cultural, and economic reality in contemporary Portugal.

Instrument Authors N Age of Population for Intended Use Concept of Happiness Number of  Items Scaling methods Scoring interpretation
Pemberton Hapiness Index Hervás and Vásquez[25] 4.407 16-60 Meausre of integrative well-being that includes remembered and experienced well-being 23 items Scale from 0 (total disagreement) to 10 (total agreement) PHI index is the sum of positive experiences and the sum of the absence of negative experiences (each item counted as “1”). The total sum is then divided by 12.
Happiness-Enhancing Activities and Positive Practices (HAPPI) Henricksen and Stephens [12] 2.313 Older subjects 55-73 Measure the importance and engagement of various happiness-enhancing activities 22 items Five point scale from “not important at all” to “extremely important”. Higher scores represent the higher importance and engagement ratings for the corresponding activity.
The Oxford Happiness Inventory
(Italian version)
Meleddu, Guicciardi, Scalas and Fadda[29] 782  Adolescents
14-19 years
Measures positive psychological functioning: SWB and PWB: an eudaimonic model of well-being; a five-factor model 29 items Four incremental levels of happiness: from 0 (I do not feel happy) to 3 (I am incredibly happy) The higher the scores,
the greater the
Happiness Subscale
of the short version of the Adolescent General Well-Being
(AGWB) scale
Mahon and Yarcheski[43] 127
early adolescents
Assesses adolescents´ personal experience of happiness 9 items 5- point Likert scale Higher scores reflecti perceived happiness.
The Oxford Happiness Inventory
(has been used in the United Kingdom, Spain, Portugal, United States, Australia, and  Canada)
Hills and Argyle [21] 257 subjects 18-82 years Three components: (1) the frequency and intensity of positive affect; (2) the average level of satisfaction; (3) the absence of negative feelings 29 items Four incretal levels of happiness: from 0 (I do not feel happy) to 3 (I am incredibly happy) Higher scores reflect greater happiness.
The Oxford Happiness Inventory
Hebrew translation for Israel
Francis and
Katz [44]
  Adults Happiness made up of four components: the frequency and intensity of positive affect, the average level of satisfaction,  the absence of negative feelings, and the feeling of self-fulfillment   Four incremental levels of happiness, from 0 (I do not feel happy), to 3 (I am incredibly happy) Higher scores reflect
The Subjective Happiness Scale Lyubomirsky and Lepper[26]   14-94 years
(14 samples collected at different times and locations)
A global subjective assessment
of whether one is happy or unhappy
4 items Six-point Likert scale ranging from 1 (not a very happy person) to 7 (a very happy person) Higher scores reflect greater happiness.
Questionnaire  (CHI)
Lu and Shih [45]   Undergraduate
students (mean age:
20.44 to 21.49 years)
Measures subjective  experiences pertaining to a variety of life domains 48 items Each item has four
statements and each
statement represents
a different level of
subjective experience
of happiness which is
then coded as 0, 1, 2, 3.
Higher scores, reflect greater
The Depression–
Happiness Scale
McGreal and Joseph [46]   Undergraduate
17–35 years
This scale represents depression
and happiness as opposite ends of a single continuum
25 items Four-point scale
ranging from 0 (never)
to 3 (often)
The higher the scores, the greater the feelings
of happiness and the lower the scores, the greater the feelings of
The Happiness
Subscale of the
short version of
the Adolescent
General Wellbeing (AGWB)
Columbo   Adolescents 14-18   9 items Four-point Likert scale. Higher scores reflect
higher perceived
The Memorial
University of
Scale of Happiness (MUNSH)
Kosma and Stones
  Younger and older
Measures both short and long-term
aspects of well-being.
24 items Yes/no The scale is scored by subtracting the negative items from positive items.
The Mood Survey Underwood and Froming[47]   Undergraduate students Measures three dimensions of mood:
the average level, the intensity, and the frequency  of mood experiences
18 items Six-point Likert scale ranging from strongly agree to strongly disagree Higher scores reflect greater happiness.
Azrin, Naster&Jones, [48]   Used primarily
for couples aged
23–56 years
Measure of reported marital happiness in each of  10 areas of marital interaction 10 items
10 categories
Each of the 10 categories was scored on a point continuum of self-reported happiness that ranged from 1 completely unhappy”
to 10 “completely happy”.
Higher scores reflect greater happiness.
The Bradburn Affect Balance
Scale (ABS)
and Caplovitz[49]
  The young and the
middle-aged. It was not standardized on older subjects, but has been validated on
them several times
Happiness is the difference between positive and negative affective states
and measure psychological well-being
10 items Yes/no The scale is scored by subtracting the negative items from the positive items, plus a constant 5 to avoid negative values.

Table 1: List of selected available instruments for happiness measurements.

Materials and Methods


This study was a cross-sectional survey of internet users in Portugal who filled out the Covilhã’s Happiness Questionnaire (CHQ), which was constructed for the purpose of being psychometrically validated. The questionnaire development involved a long process of activities as proposed by Fink and Kosecoff [32], De Vellis [33] and Hill and Hill [34]. The following steps were taken in consideration: Step 1 - Exploratory interviews; Step 2 - The development of an early version of the questionnaire; and Step 3 - verifying its consistency in a sample of subjects belonging to the study population (pre-test). Instructions, categories, response arrangements and the development of the items sought to rely on simple terminology, so to be adjusted to the recognized standard of academic qualifications and ensure easy apprehension and understanding by the target population of the study.

The survey took place between February and March 2014. The questionnaire data were analyzed using exploratory factor analysis in order to reveal any latent constructs underlying the items in this new questionnaire. The development of the scale was focused on an exploratory factor analysis because, as recommended by Kelloway [35], exploratory factor analysis is more suitable for the initial development of questionnaires.


A total of 645 internet users participated in this study. The inclusion criteria for participation in the study were: (1) being Portuguese and living in Portugal, and (2) willingness to participate in the study after knowing its objectives. Participants were recruited through two sampling methods: (1) Informal social networks (eligible internet users who agreed to participate were asked to refer their friends to participate in the study); and (2) The Internet. The researchers distributed announcements via local websites to reach potential participants.

Demographic data (Table 2) show that the sample is highly differentiated and educated. The majority of participants are women (66%), and the majority of them are employed (47.3%). Ages ranged from 15 to 84 (mean = 36.88; standard deviation = 12.95) and 11.2% of all participants were 55 years of age and older.

Also, 56% of all participants said that they had no major problem(s) in their lives at the present time, indicating that final scores for happiness would reflect what would predicted in a healthy population.


Data on participants’ age, gender, education level, marital status, and employment history were collected. For the purpose of data analysis, education and marital status were grouped into several categories.

Happiness was operationalized using one measure with 41 items (CHQ). Participants were instructed to respond to the items on a 5-point Likert-type scale (1 = strongly disagree; 5 = strongly agree) with lower scores indicating lower levels of happiness. The process of item generation combined an inductive phase and a deductive phase. In the inductive phase, the psychological elements that were relevant to a positive psychological framework of happiness were discussed. In the deductive phase, existing questionnaires and papers were reviewed by the authors. Based on this process, the pool of items was narrowed to 41. Taken together, all items were considered to demonstrate reasonable face validity for a full measure of happiness, though perhaps neither exhaustive nor exclusive of one or more other constructs. Because of this uncertainty, exploratory factor analysis was chosen rather than confirmatory factor analysis. Also, the language was kept simple to facilitate the ease of understanding. All statistical analyses were performed using SPSS Version 21 (IBM Corp., Armonk, NY).

  n %
     Female 426 66
     Male 219 34
Marital status    
     Single 212 32.8
     Married 212 32.8
     Civil union 73 11.4
     Widowed 7 1.1
     Emotional attachment 105 16.3
     Other 36 5.6
Employment history  
     Unemployed 65 10.0
     Student 104 16.2
     Temporary 32 5.0
Employed 305 47.3
Self-employed 58 8.9
Retired 42 6.4
Other 39 6.1
     Up to 12 years of school 114 17.6
     University/college attendance 63 9.7
     Pre-graduate degree 202 31.3
     Post-graduate degree 266 41.4

Table 2: Demographic characteristics (n=645).

  M SD Corrected Item-Total Correlation Cronbach's α if Item Deleted
Item 1 3.80 1.07 0.639** 0.918
Item 2 3.59 1.14 0.678** 0.917
Item 3 4.29 .84 0.489** 0.919
Item 4 2.63 1.23 0.359** 0.921
Item 5 3.56 1.17 0.680** 0.917
Item 6 3.73 .91 0.659** 0.918
Item 7 3.63 1.16 0.742** 0.916
Item 8 3.56 1.12 0.718** 0.917
Item 9 4.30 .98 0.374** 0.92
Item 10 4.12 1.22 0.293** 0.921
Item 11 3.60 .96 0.426** 0.92
Item 12 3.27 1.09 0.346** 0.921
Item 13 3.43 1.16 0.427** 0.92
Item 14 3.37 1.24 0.476** 0.919
Item 15 3.52 1.10 0.620** 0.918
Item 16 3.82 1.06 0.539** 0.919
Item 17 3.55 1.08 0.702** 0.917
Item 18 4.42 .91 0.498** 0.919
Item 19 3.94 .99 0.581** 0.918
Item 20 2.69 1.09 0.413** 0.92
Item 21 3.88 1.11 0.628** 0.918
Item 22 3.57 1.30 0.564** 0.918
Item 23 4.18 .88 0.522** 0.919
Item 24 4.00 1.01 0.523** 0.919
Item 25 3.55 1.15 0.672** 0.917
Item 26 4.08 1.04 0.559** 0.918
Item 27 3.45 1.23 0.346** 0.921
Item 28 3.35 1.18 0.396** 0.92
Item 29 1.53 .88 0.158** 0.922
Item 30 1.65 .88 0.134** 0.922
Item 31 2.92 1.32 0.267** 0.922
Item 32 3.04 1.10 0.463** 0.92
Item 33 2.25 1.17 0.326** 0.921
Item 34 2.69 1.24 0.395** 0.92
Item 35 3.99 1.11 0.419** 0.92
Item 36 3.77 1.40 0.254** 0.923
Item 37 3.25 1.25 0.495** 0.919
Item 38 3.50 1.08 0.761** 0.916
Item 39 3.04 1.23 0.403** 0.92
Item 40 3.49 1.26 0.568** 0.918
Item 41 3.84 1.05 0.767** 0.916

Table 3: Mean, SD, Item-Total Correlations and Cronbach’s a Coefficients if Item Removed, for the Scale Items.


The distribution of scores on the CHQ were normal according to the criteria recommended for large samples [36], thus parametric tests were applied.

Following recommendations for questionnaire development [33], the descriptive statistics and item-total correlations for each of the 41 items were assessed. Table 2 shows the mean, SD, item–total correlations, and Cronbach’s α coefficients if item removed, for the Happiness Scale items. Cronbach’s α and average inter-item correlations were also assessed. Table 3 shows the inter-item correlation matrix for the items. All correlations are significant at p <0.001. Almost all items were retained because they had an item–total correlation >0.30 and an SD > 0.4, showing reasonably high variance in response. We chose to keep correlations under .30 because this was an exploratory analysis and theoretical determinants were also important to maintain; Cronbach’s α for the entire scale was 0.921, indicating very good internal consistency.

An exploratory factor analysis was conducted to examine the factor structure of the Happiness Scale. The factor analysis used maximum likelihood estimation. The extraction and the retention of factors were based on visual examination of the scree plot [37] and eigenvalues of > 1.0 were retained [38]. Five factors were suggested by the scree plot to be retained. Also, one factor was found to be accountable for 27.59% of the variance in scoring after extraction. The threshold for the Kaiser- Meyer-Olkin (KMO) Measure of Sampling Adequacy is 0.6 [39], and the observed KMO of 0.914 indicated very good factorability. Similarly, Bartlett’s Test of Sphericity was significant (χ2 (820) = 9216.129, p <0.001) indicating factorability of the correlation matrix.

Table 4 shows the factor loading values for the items. Factor loadings should be of at least 0.40 to indicate a good factor [40]. For the Happiness Scale, the majority of items loaded for the 5 factors were above the threshold for acceptability (0.4) [41]. Table 3 also shows the correlation matrix between factors, indicating strong and significant correlations between all factors (p<0.001).


The happiness scale allows the calculation of the mean of the 41 items (Total scores), and the scores of each dimension. Table 5 shows mean scores for both men and women for each factor and for total happiness. Higher scores indicate higher levels of happiness. Significant differences between men and women were found for socially gratifying interactions (p<0.05).


This paper describes the development and validation of a 5-dimensional scale for measuring happiness using a questionnaire. The reliability analysis demonstrated excellent internal consistency (Cronbach’sα = 0.921), and the factor analysis found a well-fitting factor structure (e.g., KMO = 0.914) with strong factor loadings.

In the present sample, the CHQ scores were slightly higher in women than men, though not statistically so. This study has been able to establish an approximate norm (3.44) of healthy scoring for the CHQ. The norm is based on statistical properties of the survey responses, and the presence of a cut-off is thus a useful index for any future research that seeks to compare their scores to an established criterion. Based on the norm, it appears that Portuguese people are slightly happier, on average, than might be expected.

  Positive Emotions Socially Gratifying Interactions Self-Caring Participation in Meaningful Activities Socio-Economic Structure Engagement
Item 8 0.707        
Item 41 0.692        
Item 38 0.676        
Item 5 0.674        
Item 7 0.666        
Item 2 0.650        
Item 1 0.649        
Item 37 0.600        
Item 6 0.564        
Item 25 0.564        
Item 40 0.467        
Item 39 0.413        
Item 9 0.385        
Item 4 0.369        
Item 19   0.750      
Item 21   0.688      
Item 18   0.677      
Item 16   0.534      
Item 22   0.480      
Item 10   0.379      
Item 20   0.373      
Item 27   0.312      
Item 35   0.242      
Item 11     0.763    
Item 12     0.730    
Item 13     0.712    
Item 17     0.516    
Item 14     0.504    
Item 15     0.468    
Item 36     0.174    
Item 32       0.691  
Item 24       0.661  
Item 23       0.625  
Item 31       0.622  
Item 26       0.515  
Item 3       0.432  
Item 29         0.748
Item 30         0.694
Item 33         0.544
Item 34         0.493
Item 28         0.338
Cronbach’s a 0.902 0.747 0.742 0.740 0.635
Correlations Between Factors          
Positive Emotions -        
Socially Gratifying Interactions 0.661** -      
Self-Caring 0.549** 0.539** -    
Participation in Meaningful Activities 0.524** 0.494** 452** -  
Socio-Economic Structure Engagement 0.392** 0.296** 0.284** 0.205** -

Table 4: Factor loadings values for the items and the correlation matrix between factors.

  Gender Mean Std. Deviation t(df) p
Positive Emotions Female 3.53 0.75 -0.242(628) 0.809
Male 3.55 0.74    
Socially Gratifying Interactions Female 3.80 0.69 2.387(631) 0.017*
Male 3.66 0.68    
Self-Caring Female 3.53 0.75 1.194 (627) 0.233
Male 3.45 0.69    
Participation in Meaningful Activities Female 3.79 0.66 1.907 (627) 0.057
Male 3.68 0.74    
Socio-Economic Structure Engagement Female 2.26 0.66 -1.551 (627) 0.121
Male 2.35 0.73    
Total Happiness Female 3.46 0.59 0.806 (631) 0.420
Male 3.42 0.60    

Table 5: Gender differences.

The present study also found a small but statistically significant effect of “socially gratifying interactions” on the CHQ score, indicating that social dimensions really play an important role in achieving and maintaining happiness levels. Other questionnaire measures that have been developed have been designed to be more sensitive to the self-assessment of happiness. The CHQ offers a new approach, using dimensions to evaluate happiness. Meanwhile, other measures evaluate this construct as self-perceptions about: (1) dimensions of mood [42]; (2) integrative well-being [25]; or (3) aspects of positive psychological well-being (SWB) and subjective well-being (SWB) [29].

The CHQ offers a scale that assesses not only a limited range of psychological happy experiences, but it also measures other experiences in a more comprehensive way, allowing more richly detailed information than the information produced by other questionnaires, such as such as the Pemberton Happiness Index or the Oxford Happiness Inventory.

However, there are limitations, such as the inevitable voluntary effect associated with internet-based research, and the lack of control of other variables such as personality. Nevertheless, a review of survey methods found that despite the limitations that Internet-based data collection may present, it can also be an asset because it aids in the effective dissemination of the survey.

The factors that have resulted from the exploratory factor analysis have yielded a richer, multidimensional solution of how happiness really should be measured, and we believe that this is a suitable measure for Portugal and has potential applications in Portuguese-speaking countries.

Having a norm score is convenient for the future use of the CHQ. However, future research should test the CHQ on clinical samples, and also test whether different populations require different cut-off points, for example, a cut-off for clinical scoring. This second goal might be achieved by administering the CHQ to a clinical population, while running it concurrently with a measure of mental distress.

In conclusion, the present assessment of the CHQ strongly suggests its usefulness as a measure of positive psychological happiness in Portugal and among Portuguese people, in particular, but with potential for adaption for other nations, especially among Portuguese speaking countries. The CHQ is convenient for participants and researchers to use, and the simplicity of scoring lends itself to use by researchers of all levels of experience. The CHQ emphasizes the importance of mindset and environment in relation to the person’s experience. In summary, the potential applications of the CHQ are wide-ranging.


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Business & Management Journals


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Chemistry Journals

Gabriel Shaw

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Clinical Journals

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Engineering Journals

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Food & Nutrition Journals

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General Science

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Genetics & Molecular Biology Journals

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Immunology & Microbiology Journals

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Materials Science Journals

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Nursing & Health Care Journals

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Medical Journals

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Neuroscience & Psychology Journals

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Pharmaceutical Sciences Journals

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Social & Political Science Journals

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