******************* Moral Evaluation Syntax for Tryout 1 *************************


****** Form 1 Syntax ******

*** Behavior ***

RECODE
  b8	b13	b17	b21	b22	b26	b31	b46	b53	b54	b2	b5	b10	b12	b16	b25	b28	b42	b45	b51	b4	b7	b20	b30	b32	b33	b35	b43	b47	b50	b1	b3	b14	b15	b23	b24	b27	b34	b38	b39	b40	b41	b49	b6	b9	b11	b18	b19	b29	b36	b37	b44	b48	b52
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bdilig1	bdilig2	bdilig3	bdilig4	bdilig5	bdilig6	bdilig7	bdilig8	bdilig9	bdilig10	bhones1	bhones2	bhones3	bhones4	bhones5	bhones6	bhones7	bhones8	bhones9	bhones10	becon1	becon2	becon3	becon4	becon5	becon6	becon7	becon8	becon9	becon10	bdisci1	bdisci2	bdisci3	bdisci4	bdisci5	bdisci6	bdisci7	bdisci8	bdisci9	bdisci10	bdisci11	bdisci12	bdisci13	bpolit1	bpolit2	bpolit3	bpolit4	bpolit5	bpolit6	bpolit7	bpolit8	bpolit9	bpolit10	bpolit11 .
EXECUTE .

*** Attitude ***

RECODE
  a2	a4	a6	a7	a12	a14	a22	a23	a38	a50	a3	a19	a20	a25	a42	a45	a49	a51	a52	a54	a5	a10	a11	a17	a21	a31	a40	a43	a47	a53	a8	a13	a15	a16	a24	a29	a30	a34	a35	a36	a37	a44	a48	a1	a9	a18	a26	a27	a28	a32	a33	a39	a41	a46
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  adelig1	adelig2	adelig3	adelig4	adelig5	adelig6	adelig7	adelig8	adelig9	adelig10	ahones1	ahones2	ahones3	ahones4	ahones5	ahones6	ahones7	ahones8	ahones9	ahones10	aecon1	aecon2	aecon3	aecon4	aecon5	aecon6	aecon7	aecon8	aecon9	aecon10	adisci1	adisci2	adisci3	adisci4	adisci5	adisci6	adisci7	adisci8	adisci9	adisci10	adisci11	adisci12	adisci13	apolit1	apolit2	apolit3	apolit4	apolit5	apolit6	apolit7	apolit8	apolit9	apolit10	apolit11 .
EXECUTE .

*** MCSD Scale ***

RECODE
  s1	s2	s3	s4	s5	s6	s7	s8	s9	s10	s11	s12	s13	s14	s15	s16	s17	s18	s19	s20	s21	s22	s23	s24	s25	s26	s27	s28	s29	s30	s31	s32	s33
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  mcsd1	mcsd2	mcsd3	mcsd4	mcsd5	mcsd6	mcsd7	mcsd8	mcsd9	mcsd10	mcsd11	mcsd12	mcsd13	mcsd14	mcsd15	mcsd16	mcsd17	mcsd18	mcsd19	mcsd20	mcsd21	mcsd22	mcsd23	mcsd24	mcsd25	mcsd26	mcsd27	mcsd28	mcsd29	mcsd30	mcsd31	mcsd32	mcsd33  .
EXECUTE .

******* Form 2 Syntax *****

*** Behavior ***

RECODE
  b2	b7	b13	b14	b16	b17	b19	b24	b25	b28	b31	b35	b38	b3	b26	b29	b32	b34	b36	b39	b40	b44	b46	b1	b4	b6	b9	b10	b12	b18	b27	b33	b42	b43	b45	b5	b8	b11	b15	b20	b21	b22	b23	b30	b37	b41
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bprosc1	bprosc2	bprosc3	bprosc4	bprosc5	bprosc6	bprosc7	bprosc8	bprosc9	bprosc10	bprosc11	bprosc12	bprosc13	bmcle1	bmcle2	bmcle3	bmcle4	bmcle5	bmcle6	bmcle7	bmcle8	bmcle9	bmcle10	bpcle1	bpcle2	bpcle3	bpcle4	bpcle5	bpcle6	bpcle7	bpcle8	bpcle9	bpcle10	bpcle11	bpcle12	bcoop1	bcoop2	bcoop3	bcoop4	bcoop5	bcoop6	bcoop7	bcoop8	bcoop9	bcoop10	bcoop11 .
EXECUTE .

*** Attitude ***

RECODE
  a3	a9	a10	a17	a18	a26	a30	a31	a32	a34	a39	a41	a43	a5	a16	a19	a20	a21	a28	a33	a35	a44	a46	a1	a2	a4	a8	a14	a15	a23	a29	a36	a38	a42	a45	a6	a7	a11	a12	a13	a22	a24	a25	a27	a37	a40
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  aproso1	aproso2	aproso3	aproso4	aproso5	aproso6	aproso7	aproso8	aproso9	aproso10	aproso11	aproso12	aproso13	amcle1	amcle2	amcle3	amcle4	amcle5	amcle6	amcle7	amcle8	amcle9	amcle10	apcle1	apcle2	apcle3	apcle4	apcle5	apcle6	apcle7	apcle8	apcle9	apcle10	apcle11	apcle12	acoop1	acoop2	acoop3	acoop4	acoop5	acoop6	acoop7	acoop8	acoop9	acoop10	acoop11 .
EXECUTE .

*** MCSD Scale ***

RECODE
  s1	s2	s3	s4	s5	s6	s7	s8	s9	s10	s11	s12	s13	s14	s15	s16	s17	s18	s19	s20	s21	s22	s23	s24	s25	s26	s27	s28	s29	s30	s31	s32	s33
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  mcsd1	mcsd2	mcsd3	mcsd4	mcsd5	mcsd6	mcsd7	mcsd8	mcsd9	mcsd10	mcsd11	mcsd12	mcsd13	mcsd14	mcsd15	mcsd16	mcsd17	mcsd18	mcsd19	mcsd20	mcsd21	mcsd22	mcsd23	mcsd24	mcsd25	mcsd26	mcsd27	mcsd28	mcsd29	mcsd30	mcsd31	mcsd32	mcsd33  .
EXECUTE .

******* Form 3 Syntax *****

*** Behavior ***

RECODE
  b8	b13	b17	b21	b22	b26	b31	b46	b53	b54	b2	b5	b10	b12	b16	b25	b28	b42	b45	b51	b4	b7	b20	b30	b32	b33	b35	b43	b47	b50	b1	b3	b14	b15	b23	b24	b27	b34	b38	b39	b40	b41	b49	b6	b9	b11	b18	b19	b29	b36	b37	b44	b48	b52
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bdilig1	bdilig2	bdilig3	bdilig4	bdilig5	bdilig6	bdilig7	bdilig8	bdilig9	bdilig10	bhones1	bhones2	bhones3	bhones4	bhones5	bhones6	bhones7	bhones8	bhones9	bhones10	becon1	becon2	becon3	becon4	becon5	becon6	becon7	becon8	becon9	becon10	bdisci1	bdisci2	bdisci3	bdisci4	bdisci5	bdisci6	bdisci7	bdisci8	bdisci9	bdisci10	bdisci11	bdisci12	bdisci13	bpolit1	bpolit2	bpolit3	bpolit4	bpolit5	bpolit6	bpolit7	bpolit8	bpolit9	bpolit10	bpolit11 .
EXECUTE .

*** Attitude ***

RECODE
  a2	a4	a6	a7	a12	a14	a22	a23	a38	a50	a3	a19	a20	a25	a42	a45	a49	a51	a52	a54	a5	a10	a11	a17	a21	a31	a40	a43	a47	a53	a8	a13	a15	a16	a24	a29	a30	a34	a35	a36	a37	a44	a48	a1	a9	a18	a26	a27	a28	a32	a33	a39	a41	a46
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  adelig1	adelig2	adelig3	adelig4	adelig5	adelig6	adelig7	adelig8	adelig9	adelig10	ahones1	ahones2	ahones3	ahones4	ahones5	ahones6	ahones7	ahones8	ahones9	ahones10	aecon1	aecon2	aecon3	aecon4	aecon5	aecon6	aecon7	aecon8	aecon9	aecon10	adisci1	adisci2	adisci3	adisci4	adisci5	adisci6	adisci7	adisci8	adisci9	adisci10	adisci11	adisci12	adisci13	apolit1	apolit2	apolit3	apolit4	apolit5	apolit6	apolit7	apolit8	apolit9	apolit10	apolit11 .
EXECUTE .

*** CSD Scale ***

RECODE
  s1	s2	s3	s4	s5	s6	s7	s8	s9	s10	s11	s12	s13	s14	s15	s16	s17	s18	s19	s20	s21	s22	s23	s24	s25	s26	s27	s28	s29	s30	s31	s32	s33	s34	s35	s36	s37	s38	s39	s40	s41	s42	s43	s44	s45	s46	s47	s48
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  csd1	csd2	csd3	csd4	csd5	csd6	csd7	csd8	csd9	csd10	csd11	csd12	csd13	csd14	csd15	csd16	csd17	csd18	csd19	csd20	csd21	csd22	csd23	csd24	csd25	csd26	csd27	csd28	csd29	csd30	csd31	csd32	csd33	csd34	csd35	csd36	csd37	csd38	csd39	csd40	csd41	csd42	csd43	csd44	csd45	csd46	csd47	csd48 .
EXECUTE .

******* Form 4 Syntax *****

*** Behavior ***

RECODE
  b2	b7	b13	b14	b16	b17	b19	b24	b25	b28	b31	b35	b38	b3	b26	b29	b32	b34	b36	b39	b40	b44	b46	b1	b4	b6	b9	b10	b12	b18	b27	b33	b42	b43	b45	b5	b8	b11	b15	b20	b21	b22	b23	b30	b37	b41
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bprosc1	bprosc2	bprosc3	bprosc4	bprosc5	bprosc6	bprosc7	bprosc8	bprosc9	bprosc10	bprosc11	bprosc12	bprosc13	bmcle1	bmcle2	bmcle3	bmcle4	bmcle5	bmcle6	bmcle7	bmcle8	bmcle9	bmcle10	bpcle1	bpcle2	bpcle3	bpcle4	bpcle5	bpcle6	bpcle7	bpcle8	bpcle9	bpcle10	bpcle11	bpcle12	bcoop1	bcoop2	bcoop3	bcoop4	bcoop5	bcoop6	bcoop7	bcoop8	bcoop9	bcoop10	bcoop11 .
EXECUTE .

*** Attitude ***

RECODE
  a3	a9	a10	a17	a18	a26	a30	a31	a32	a34	a39	a41	a43	a5	a16	a19	a20	a21	a28	a33	a35	a44	a46	a1	a2	a4	a8	a14	a15	a23	a29	a36	a38	a42	a45	a6	a7	a11	a12	a13	a22	a24	a25	a27	a37	a40
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  aproso1	aproso2	aproso3	aproso4	aproso5	aproso6	aproso7	aproso8	aproso9	aproso10	aproso11	aproso12	aproso13	amcle1	amcle2	amcle3	amcle4	amcle5	amcle6	amcle7	amcle8	amcle9	amcle10	apcle1	apcle2	apcle3	apcle4	apcle5	apcle6	apcle7	apcle8	apcle9	apcle10	apcle11	apcle12	acoop1	acoop2	acoop3	acoop4	acoop5	acoop6	acoop7	acoop8	acoop9	acoop10	acoop11 .
EXECUTE .

*** CSD Scale ***

RECODE
  s1	s2	s3	s4	s5	s6	s7	s8	s9	s10	s11	s12	s13	s14	s15	s16	s17	s18	s19	s20	s21	s22	s23	s24	s25	s26	s27	s28	s29	s30	s31	s32	s33	s34	s35	s36	s37	s38	s39	s40	s41	s42	s43	s44	s45	s46	s47	s48
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  csd1	csd2	csd3	csd4	csd5	csd6	csd7	csd8	csd9	csd10	csd11	csd12	csd13	csd14	csd15	csd16	csd17	csd18	csd19	csd20	csd21	csd22	csd23	csd24	csd25	csd26	csd27	csd28	csd29	csd30	csd31	csd32	csd33	csd34	csd35	csd36	csd37	csd38	csd39	csd40	csd41	csd42	csd43	csd44	csd45	csd46	csd47	csd48 .
EXECUTE .

******* Form 5 Syntax *****

*** Behavior ***

RECODE
  b3	b4	b5	b7	b8	b9	b11	b16	b19	b20
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bdilig01	bdilig02	bdilig03	bdilig04	bdilig05	bdilig06	bdilig07	bdilig08	bdilig09	bdilig10 .
EXECUTE .

RECODE
  b1	b2	b6	b10	b12	b13	b14	b15	b17	b18
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  becon1	becon2	becon3	becon4	becon5	becon6	becon7	becon8	becon9	becon10 .
EXECUTE .

*** Attitude ***

RECODE
  a1	a2	a4	a5	a8	a9	a12	a13	a15	a19
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  adelig1	adelig2	adelig3	adelig4	adelig5	adelig6	adelig7	adelig8	adelig9	adelig10 .
EXECUTE .

RECODE
  a3	a6	a7	a10	a11	a14	a16	a17	a18	a20
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  aecon1	aecon2	aecon3	aecon4	aecon5	aecon6	aecon7	aecon8	aecon9	aecon10 .
EXECUTE .

******* Form 6 Syntax *****

*** Behavior ***

RECODE
  b2	b4	b5	b6	b9	b12	b14	b20	b21	b23
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bhones1	bhones2	bhones3	bhones4	bhones5	bhones6	bhones7	bhones8	bhones9	bhones10 .
EXECUTE .

RECODE
  b1	b3	b7	b8	b10	b11	b13	b15	b16	b17	b18	b19	b22
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bdisci1	bdisci2	bdisci3	bdisci4	bdisci5	bdisci6	bdisci7	bdisci8	bdisci9	bdisci10	bdisci11	bdisci12	bdisci13 .
EXECUTE .

*** Attitude ***

RECODE
  a1	a6	a7	a9	a16	a18	a20	a21	a22	a23
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  ahones1	ahones2	ahones3	ahones4	ahones5	ahones6	ahones7	ahones8	ahones9	ahones10 .
EXECUTE .

RECODE
  a2	a3	a4	a5	a8	a10	a11	a12	a13	a14	a15	a17	a19
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  adisci1	adisci2	adisci3	adisci4	adisci5	adisci6	adisci7	adisci8	adisci9	adisci10	adisci11	adisci12	adisci13 .
EXECUTE .

******* Form 7 Syntax *****

*** Behavior ***

RECODE
  b2	b9	b11	b12	b14	b15	b16	b17	b20	b22	b1	b3	b4	b5	b6	b7	b8	b10	b13	b18	b19	b21
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bmcle1	bmcle2	bmcle3	bmcle4	bmcle5	bmcle6	bmcle7	bmcle8	bmcle9	bmcle10	bpcle1	bpcle2	bpcle3	bpcle4	bpcle5	bpcle6	bpcle7	bpcle8	bpcle9	bpcle10	bpcle11	bpcle12 .
EXECUTE .

*** Attitude ***

RECODE
  a4	a8	a9	a10	a11	a13	a15	a16	a20	a22	a1	a2	a3	a5	a6	a7	a12	a14	a17	a18	a19	a21
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  amcle1	amcle2	amcle3	amcle4	amcle5	amcle6	amcle7	amcle8	amcle9	amcle10	apcle1	apcle2	apcle3	apcle4	apcle5	apcle6	apcle7	apcle8	apcle9	apcle10	apcle11	apcle12 .
EXECUTE .

******* Form 8 Syntax *****

*** Behavior ***

RECODE
  b1	b3	b6	b7	b9	b10	b11	b16	b17	b18	b20	b21	b23
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bprosc1	bprosc2	bprosc3	bprosc4	bprosc5	bprosc6	bprosc7	bprosc8	bprosc9	bprosc10	bprosc11	bprosc12	bprosc13 .
EXECUTE .

RECODE
  b2	b4	b5	b8	b12	b13	b14	b15	b19	b22	b24
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bcoop1	bcoop2	bcoop3	bcoop4	bcoop5	bcoop6	bcoop7	bcoop8	bcoop9	bcoop10	bcoop11 .
EXECUTE .

*** Attitude ***

RECODE
  a1	a4	a5	a9	a10	a14	a16	a17	a18	a19	a21	a23	a24
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  aproso1	aproso2	aproso3	aproso4	aproso5	aproso6	aproso7	aproso8	aproso9	aproso10	aproso11	aproso12	aproso13 .
EXECUTE .

RECODE
  a2	a3	a6	a7	a8	a11	a12	a13	a15	a20	a22
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  acoop1	acoop2	acoop3	acoop4	acoop5	acoop6	acoop7	acoop8	acoop9	acoop10	acoop11 .
EXECUTE .

******* Form 9 Syntax *****

*** Behavior ***

RECODE
  b1	b2	b3	b4	b5	b6	b7	b8	b9	b10	b11
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bpolit1	bpolit2	bpolit3	bpolit4	bpolit5	bpolit6	bpolit7	bpolit8	bpolit9	bpolit10	bpolit11 .
EXECUTE .

*** Attitude ***

RECODE
  a1	a2	a3	a4	a5	a6	a7	a8	a9	a10	a11
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  apolit1	apolit2	apolit3	apolit4	apolit5	apolit6	apolit7	apolit8	apolit9	apolit10	apolit11 .
EXECUTE .

*** CSD Scale ***

RECODE
  s1	s2	s3	s4	s5	s6	s7	s8	s9	s10	s11	s12	s13	s14	s15	s16	s17	s18	s19	s20	s21	s22	s23	s24	s25	s26	s27	s28	s29	s30	s31	s32	s33	s34	s35	s36	s37	s38	s39	s40	s41	s42	s43	s44	s45	s46	s47	s48
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  csd1	csd2	csd3	csd4	csd5	csd6	csd7	csd8	csd9	csd10	csd11	csd12	csd13	csd14	csd15	csd16	csd17	csd18	csd19	csd20	csd21	csd22	csd23	csd24	csd25	csd26	csd27	csd28	csd29	csd30	csd31	csd32	csd33	csd34	csd35	csd36	csd37	csd38	csd39	csd40	csd41	csd42	csd43	csd44	csd45	csd46	csd47	csd48 .
EXECUTE .












****** MCSD Scale *******************

RECODE
  mcsd1 to mcsd33
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  m1 to m33 .
EXECUTE .

RECODE
  m1	m2	m4	m7	m8	m13	m16	m17	m18	m20	m21	m24	m25	m26	m27	m29	m31	m33
  (1=1) (2=0)  .
EXECUTE .

RECODE
  m3	m5	m6	m9	m10	m11	m12	m14	m15	m19	m22	m23	m28	m30	m32
  (1=0) (2=1)  .
EXECUTE .

RELIABILITY
  /VARIABLES=m1 m2 m3 m4 m5 m6 m7 m8 m9 m10 m11 m12 m13 m14 m15 m16 m17 m18
  m19 m20 m21 m22 m23 m24 m25 m26 m27 m28 m29 m30 m31 m32 m33
  /SCALE('MCSD Scale')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=m1 m4 m8 m11 m12 m13 m15 
  m19 m21 m23 m25 m28 m29 m30 m31 m32 
  /SCALE('MCSD Scale')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

COMPUTE mcsum = SUM.16(m1, m4, m8, m11, m12, m13, m15, m19, m21, m23, m25, m28, m29, m30, m31, m32 ) .
EXECUTE .

DESCRIPTIVES
  VARIABLES=mcsum
  /STATISTICS=MEAN STDDEV MIN MAX KURTOSIS SKEWNESS .

MEANS
  TABLES=mcsum  BY educ gender
  /CELLS COUNT MEAN STDDEV  .

****** CSD Scale *******************

RECODE
  csd1 to csd48
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  c1 to c48 .
EXECUTE .

RECODE
  c1	c3	c5	c6	c8	c9	c11	c12	c14	c16	c17	c20	c22	c23	c24	c26	c28	c29	c31	c33	c34	c37	c40	c42	c43	c45
  (1=1) (2=0)  .
EXECUTE .

RECODE
  c2	c4	c7	c10	c13	c15	c18	c19	c21	c25	c27	c30	c32	c35	c36	c38	c39	c41	c44	c46	c47	c48
  (1=0) (2=1)  .
EXECUTE .

RELIABILITY
  /VARIABLES=c1 c2 c3 c4 c5 c6 c7 c8 c9 c10 c11 c12 c13 c14 c15 c16 c17 c18
  c19 c20 c21 c22 c23 c24 c25 c26 c27 c28 c29 c30 c31 c32 c33 c34 c35 c36 c37
  c38 c39 c40 c41 c42 c43 c44 c45 c46 c47 c48
  /SCALE('CSD Scale')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=c7 c8 c17
  c19 c21 c22 c25 c26 c28 c31 c32 c34 c36
  c41 c45 c46
  /SCALE('CSD Scale')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

COMPUTE csum = SUM.16(c7, c8, c17,  c19, c21, c22, c25, c26, c28, c31, c32, c34, c36, c41, c45, c46) .
EXECUTE .

DESCRIPTIVES
  VARIABLES=csum
  /STATISTICS=MEAN STDDEV MIN MAX KURTOSIS SKEWNESS .

MEANS
  TABLES=csum  BY educ gender
  /CELLS COUNT MEAN STDDEV  .

***** Diligent *****

RECODE
  bdilig1 to bdilig10
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bd1 to bd10 .
EXECUTE .

RECODE
  adelig1 to adelig10
 (MISSING=SYSMIS) (ELSE=Copy)  INTO  ad1 to ad10 .
EXECUTE .

RECODE
  bd1 bd2 bd3 bd5 ad2 ad3 ad7 ad8
  (1=4) (2=3) (3=2) (4=1)  .
EXECUTE .

RELIABILITY
  /VARIABLES=bd1 bd2 bd3 bd4 bd5 bd6 bd7 bd8 bd9 bd10
  /SCALE('Diligent Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=bd4 bd6 bd7 bd8 bd9
  /SCALE('Diligent Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=ad1 ad2 ad3 ad4 ad5 ad6 ad7 ad8 ad9 ad10
  /SCALE('Diligent Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=ad1 ad4 ad5 ad6 ad10
  /SCALE('Diligent Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

COMPUTE bdsum = SUM.5(bd4, bd6, bd7, bd8, bd9) .
EXECUTE .

COMPUTE adsum = SUM.5(ad1, ad4, ad5, ad6, ad10) .
EXECUTE .

DESCRIPTIVES
  VARIABLES=bdsum adsum
  /STATISTICS=MEAN STDDEV MIN MAX KURTOSIS SKEWNESS .

MEANS
  TABLES=bdsum adsum  BY educ gender
  /CELLS COUNT MEAN STDDEV  .

***** Economy *****

RECODE
  becon1 to becon10
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  be1 to be10 .
EXECUTE .

RECODE
  aecon1 to aecon10
 (MISSING=SYSMIS) (ELSE=Copy)  INTO  ae1 to ae10 .
EXECUTE .

RECODE
  be1 be2 be3 be4 be8 ae3 ae4 ae5 ae6 ae7 ae8
  (1=4) (2=3) (3=2) (4=1)  .
EXECUTE .

RELIABILITY
  /VARIABLES=be1 be2 be3 be4 be5 be6 be7 be8 be9 be10
  /SCALE('Economy Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=be3 be4 be7 be9 be10
  /SCALE('Economy Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

* Adapted economy

RELIABILITY
  /VARIABLES=be1 be2 be6 be9 be10
  /SCALE('Economy Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=ae1 ae2 ae3 ae4 ae5 ae6 ae7 ae8 ae9 ae10
  /SCALE('Economy Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=ae4 ae5 ae6 ae7 ae8
  /SCALE('Economy Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

COMPUTE besum = SUM.5(be1, be2, be6, be9, be10) .
EXECUTE .

COMPUTE aesum = SUM.5(ae4, ae5, ae6, ae7, ae8) .
EXECUTE .

DESCRIPTIVES
  VARIABLES=besum aesum
  /STATISTICS=MEAN STDDEV MIN MAX KURTOSIS SKEWNESS .

MEANS
  TABLES=besum aesum  BY educ gender
  /CELLS COUNT MEAN STDDEV  .

***** Honesty *****

RECODE
  bhones1 to bhones10
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bh1 to bh10 .
EXECUTE .

RECODE
  ahones1 to ahones10
 (MISSING=SYSMIS) (ELSE=Copy)  INTO  ah1 to ah10 .
EXECUTE .

RECODE
  bh1 bh2 bh3 bh4 bh5 bh6 bh7 bh8 bh9 bh10 ah1 ah4 ah6 ah7 ah8 ah10
  (1=4) (2=3) (3=2) (4=1)  .
EXECUTE .

RELIABILITY
  /VARIABLES=bh1 bh2 bh3 bh4 bh5 bh6 bh7 bh8 bh9 bh10
  /SCALE('Honesty Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=bh3 bh4 bh6 bh7 bh10
  /SCALE('Honesty Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=ah1 ah2 ah3 ah4 ah5 ah6 ah7 ah8 ah9 ah10
  /SCALE('Honesty Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=ah2 ah4 ah6 ah7 ah8
  /SCALE('Honesty Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

COMPUTE bhsum = SUM.5(bh3, bh4, bh6, bh7, bh10) .
EXECUTE .

COMPUTE ahsum = SUM.5(ah2, ah4, ah6, ah7, ah8) .
EXECUTE .

DESCRIPTIVES
  VARIABLES=bhsum ahsum
  /STATISTICS=MEAN STDDEV MIN MAX KURTOSIS SKEWNESS .

MEANS
  TABLES=bhsum ahsum  BY educ gender
  /CELLS COUNT MEAN STDDEV  .

***** Discipline *****

RECODE
  bdisci1 to bdisci13
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bd1 to bd13 .
EXECUTE .

RECODE
  adisci1 to adisci13
 (MISSING=SYSMIS) (ELSE=Copy)  INTO  ad1 to ad13 .
EXECUTE .

RECODE
  bd3 bd10 bd13 ad1 ad6 ad7 ad8 ad11
  (1=4) (2=3) (3=2) (4=1)  .
EXECUTE .

RELIABILITY
  /VARIABLES=bd1 bd2 bd3 bd4 bd5 bd6 bd7 bd8 bd9 bd10 bd11 bd12 bd13
  /SCALE('Discipline Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=bd2 bd5 bd6 bd8 bd12
  /SCALE('Discipline Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=ad1 ad2 ad3 ad4 ad5 ad6 ad7 ad8 ad9 ad10 ad11 ad12 ad13
  /SCALE('Discipline Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=ad2 ad4 ad5 ad6 ad12
  /SCALE('Discipline Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

COMPUTE bdsum = SUM.5(bd2, bd5, bd6, bd8, bd12) .
EXECUTE .

COMPUTE adsum = SUM.5(ad2, ad4, ad5, ad6, ad12) .
EXECUTE .

DESCRIPTIVES
  VARIABLES=bdsum adsum
  /STATISTICS=MEAN STDDEV MIN MAX KURTOSIS SKEWNESS .

MEANS
  TABLES=bdsum adsum  BY educ gender
  /CELLS COUNT MEAN STDDEV  .

***** Mind Clean *****

RECODE
  bmcle1 to bmcle10
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bm1 to bm10 .
EXECUTE .

RECODE
  amcle1 to amcle10
 (MISSING=SYSMIS) (ELSE=Copy)  INTO  am1 to am10 .
EXECUTE .

RECODE
  bm3 bm5 bm7 bm8 bm9 am3 am5 am7 am8
  (1=4) (2=3) (3=2) (4=1)  .
EXECUTE .

RELIABILITY
  /VARIABLES=bm1 bm2 bm3 bm4 bm5 bm6 bm7 bm8 bm9 bm10
  /SCALE('Mind Clean Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=bm3 bm4 bm6 bm7 bm8
  /SCALE('Mind Clean Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=am1 am2 am3 am4 am5 am6 am7 am8 am9 am10
  /SCALE('Mind Clean Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=am1 am6 am7 am8 am10
  /SCALE('Mind Clean Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

COMPUTE bmsum = SUM.5(bm3, bm4, bm6, bm7, bm8) .
EXECUTE .

COMPUTE amsum = SUM.5(am1, am6, am7, am8, am10) .
EXECUTE .

DESCRIPTIVES
  VARIABLES=bmsum amsum
  /STATISTICS=MEAN STDDEV MIN MAX KURTOSIS SKEWNESS .

MEANS
  TABLES=bmsum amsum  BY educ gender
  /CELLS COUNT MEAN STDDEV  .

***** Physical Clean *****

RECODE
  bpcle1 to bpcle12
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bp1 to bp12 .
EXECUTE .

RECODE
  apcle1 to apcle12
 (MISSING=SYSMIS) (ELSE=Copy)  INTO  ap1 to ap12 .
EXECUTE .

RECODE
  bp2 bp4 bp5 bp6 bp8 bp12 ap2 ap4 ap9 ap12
  (1=4) (2=3) (3=2) (4=1)  .
EXECUTE .

RELIABILITY
  /VARIABLES=bp1 bp2 bp3 bp4 bp5 bp6 bp7 bp8 bp9 bp10 bp11 bp12
  /SCALE('Physical Clean Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=bp1 bp3 bp8 bp9 bp12
  /SCALE('Physical Clean Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=ap1 ap2 ap3 ap4 ap5 ap6 ap7 ap8 ap9 ap10 ap11 ap12
  /SCALE('Physical Clean Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=ap3 ap6 ap7 ap10 ap11
  /SCALE('Physical Clean Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

COMPUTE bpsum = SUM.5(bp1, bp3, bp8, bp9, bp12) .
EXECUTE .

COMPUTE apsum = SUM.5(ap3, ap6, ap7, ap10, ap11) .
EXECUTE .

DESCRIPTIVES
  VARIABLES=bpsum apsum
  /STATISTICS=MEAN STDDEV MIN MAX KURTOSIS SKEWNESS .

MEANS
  TABLES=bpsum apsum  BY educ gender
  /CELLS COUNT MEAN STDDEV  .

***** Cooperative *****

RECODE
  bcoop1 to bcoop11
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bc1 to bc11 .
EXECUTE .

RECODE
  acoop1 to acoop11
 (MISSING=SYSMIS) (ELSE=Copy)  INTO  ac1 to ac11 .
EXECUTE .

RECODE
  bc1 bc2 bc3 bc4 bc5 bc11 ac1 ac2 ac3
  (1=4) (2=3) (3=2) (4=1)  .
EXECUTE .

RELIABILITY
  /VARIABLES=bc1 bc2 bc3 bc4 bc5 bc6 bc7 bc8 bc9 bc10 bc11
  /SCALE('Cooperative Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=bc6 bc7 bc8 bc9 bc10
  /SCALE('Cooperative Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=ac1 ac2 ac3 ac4 ac5 ac6 ac7 ac8 ac9 ac10 ac11
  /SCALE('Cooperative Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=ac4 ac7 ac9 ac10 ac11
  /SCALE('Cooperative Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

COMPUTE bcsum = SUM.5(bc6, bc7, bc8, bc9, bc10) .
EXECUTE .

COMPUTE acsum = SUM.5(ac4, ac7, ac9, ac10, ac11) .
EXECUTE .

DESCRIPTIVES
  VARIABLES=bcsum acsum
  /STATISTICS=MEAN STDDEV MIN MAX KURTOSIS SKEWNESS .

MEANS
  TABLES=bcsum acsum  BY educ gender
  /CELLS COUNT MEAN STDDEV  .

***** Prosocial Behavior *****

RECODE
  bprosc1 to bprosc13
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bs1 to bs13 .
EXECUTE .

RECODE
  aproso1 to aproso13
 (MISSING=SYSMIS) (ELSE=Copy)  INTO  as1 to as13 .
EXECUTE .

RECODE
  bs4 bs5 bs6 bs7 bs12 bs13 as1 as2 as3 as7 as9 as10 as11 as13
  (1=4) (2=3) (3=2) (4=1)  .
EXECUTE .

RELIABILITY
  /VARIABLES=bs1 bs2 bs3 bs4 bs5 bs6 bs7 bs8 bs9 bs10 bs11 bs12 bs13
  /SCALE('Prosocial Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=bs1 bs2 bs3 bs9 bs11
  /SCALE('Prosocial Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=as1 as2 as3 as4 as5 as6 as7 as8 as9 as10 as11 as12 as13
  /SCALE('Prosocial Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=as4 as5 as7 as10 as11
  /SCALE('Prosocial Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

COMPUTE bssum = SUM.5(bs1, bs2, bs3, bs9, bs11) .
EXECUTE .

COMPUTE assum = SUM.5(as4, as5, as7, as10, as11) .
EXECUTE .

DESCRIPTIVES
  VARIABLES=bssum assum
  /STATISTICS=MEAN STDDEV MIN MAX KURTOSIS SKEWNESS .

MEANS
  TABLES=bssum assum  BY educ gender
  /CELLS COUNT MEAN STDDEV  .

***** Politeness *****

RECODE
  bpolit1 to bpolit11
  (MISSING=SYSMIS) (ELSE=Copy)  INTO  bp1 to bp11 .
EXECUTE .

RECODE
  apolit1 to apolit11
 (MISSING=SYSMIS) (ELSE=Copy)  INTO  ap1 to ap11 .
EXECUTE .

RECODE
  bp1 bp3 bp4 bp6 bp9 ap1 ap2 ap6 ap7 ap8 ap11
  (1=4) (2=3) (3=2) (4=1)  .
EXECUTE .

RELIABILITY
  /VARIABLES=bp1 bp2 bp3 bp4 bp5 bp6 bp7 bp8 bp9 bp10 bp11
  /SCALE('Polite Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=bp2 bp7 bp8 bp10 bp11
  /SCALE('Polite Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

*Adapted Polite

RELIABILITY
  /VARIABLES=bp2 bp5 bp7 bp8 bp10
  /SCALE('Polite Behavior')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=ap1 ap2 ap3 ap4 ap5 ap6 ap7 ap8 ap9 ap10 ap11
  /SCALE('Polite Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

RELIABILITY
  /VARIABLES=ap4 ap5 ap8 ap9 ap10
  /SCALE('Polite Attitude')  ALL/MODEL=ALPHA
  /STATISTICS=DESCRIPTIVE SCALE
  /SUMMARY=TOTAL MEANS VARIANCE COV CORR .

COMPUTE bpsum = SUM.5(bp2, bp5, bp7, bp8, bp10) .
EXECUTE .

COMPUTE apsum = SUM.5(ap4, ap5, ap8, ap9, ap10) .
EXECUTE .

DESCRIPTIVES
  VARIABLES=bpsum apsum
  /STATISTICS=MEAN STDDEV MIN MAX KURTOSIS SKEWNESS .

MEANS
  TABLES=bpsum apsum  BY educ gender
  /CELLS COUNT MEAN STDDEV  .