Correlational findings | World Database of Happiness

Study Timmermans (1997): study NO 1990

Public: 18+ aged, general public, Norway, 1990
Sample
Respondents: N = 1239
Non Response
Assessment: Interview: face-to-face
Structured interview

Correlate

Authors's Label

Male sex

Our Classification

Operationalization

0 female
1 male

Observed Relation with Happiness

Happiness Measure

Statistics

Elaboration / Remarks

O-HL-u-sq-v-4-a

DM = +

DIFFERENCE of MEANS

Type: descriptive statistic only.
Measurement level: Correlate: dichotomous, Happiness: metric
Range: depending on the happiness rating scale of the author; range symmetric about zero.

Meaning: the difference of the mean happiness, as measured on the author's rating scale, between the two correlate levels.

0 M=3.25 Mt=7.5
1 M=3.20 Mt=7.3

O-HL-u-sq-v-4-a

DM = +

DIFFERENCE of MEANS

0 M=3.30 Mt=7.7
1 M=3.25 Mt=7.5

A-BB-cm-mq-v-2-a

DM = +

DIFFERENCE of MEANS

0 M=2.35 Mt=7.4
1 M=2.29 Mt=7.3

O-SLW-c-sq-n-10-a

DM = +

DIFFERENCE of MEANS

0 M=7.47 Mt=7.2
1 M=7.47 Mt=7.2

O-SLW-c-sq-n-10-a

DM = +

DIFFERENCE of MEANS

0 M=7.81 Mt=7.6
1 M=7.56 Mt=7.3

O-SLW-c-sq-n-10-a

r = -.07 p < .05

PRODUCT-MOMENT CORRELATION COEFFICIENT (Also "Pearson's correlation coefficient' or simply 'correlation coefficient')

Type: test statistic.
Measurement level: Correlate: metric, Happiness: metric
Range: [-1; +1]

Meaning:
r = 0  « no correlation ,
r = 1  « perfect correlation, where high correlate values correspond with high happiness values, and
r = -1  « perfect correlation, where high correlate values correspond with low happiness values.

O-HL-u-sq-v-4-a

r = -.04 ns

PRODUCT-MOMENT CORRELATION COEFFICIENT (Also "Pearson's correlation coefficient' or simply 'correlation coefficient')

O-HL-u-sq-v-4-a

r = -.04 ns

PRODUCT-MOMENT CORRELATION COEFFICIENT (Also "Pearson's correlation coefficient' or simply 'correlation coefficient')

O-SLW-c-sq-n-10-a

r = +.00 ns

PRODUCT-MOMENT CORRELATION COEFFICIENT (Also "Pearson's correlation coefficient' or simply 'correlation coefficient')

A-BB-cm-mq-v-2-a

r = -.02 ns

PRODUCT-MOMENT CORRELATION COEFFICIENT (Also "Pearson's correlation coefficient' or simply 'correlation coefficient')

O-HL-u-sq-v-4-a

tc = -.04 ns

KENDALL'S TAU-C (Also referred to as Stuart's tau-c)

Type: test statistic
Measurement level: Correlate: ordinal, Happiness: ordinal
Range: [-1; +1]

Meaning:
tc = 0 «  no rank correlation
tc = 1 «  perfect rank correlation, where high values of the correlate correspond
with high happiness ratings.
tc = -1 «  perfect rank correlation, where high values of the correlate correspond
with low happiness ratings.

O-SLW-c-sq-n-10-a

tc = -.08 p < .01

KENDALL'S TAU-C (Also referred to as Stuart's tau-c)

O-HL-u-sq-v-4-a

tc = -.03 ns

KENDALL'S TAU-C (Also referred to as Stuart's tau-c)

O-SLW-c-sq-n-10-a

tc = -.01 ns

KENDALL'S TAU-C (Also referred to as Stuart's tau-c)

A-BB-cm-mq-v-2-a

tc = -.01 ns

KENDALL'S TAU-C (Also referred to as Stuart's tau-c)

O-HL-u-sq-v-4-a

Beta = -.04 ns

STANDARDIZED REGRESSION COEFFICIENT by LEAST SQUARES (OLS)

Type: test statistic.

Measurement level: Correlates: all metric, Happiness: metric.
Range: [-1 ; +1]

Meaning:
beta > 0  «  a higher correlate level corresponds to a higher happiness rating on average.
beta < 0  «  a higher correlate level corresponds to a higher happiness rating on average.
beta = 0  «   no correlation.
beta = + 1 or -1  «   perfect correlation.

ß controlled for age and household income

O-SLW-c-sq-n-10-a

Beta = -.07 p < .05

STANDARDIZED REGRESSION COEFFICIENT by LEAST SQUARES (OLS)

ß controlled for age and household income

O-HL-u-sq-v-4-a

Beta = -.05 p < .05

STANDARDIZED REGRESSION COEFFICIENT by LEAST SQUARES (OLS)

ß controlled for age and household income

O-SLW-c-sq-n-10-a

Beta = -.01 ns

STANDARDIZED REGRESSION COEFFICIENT by LEAST SQUARES (OLS)

ß controlled for age and household income

A-BB-cm-mq-v-2-a

Beta = -.02 ns