The post hoc test below shows that Multiple Comparisons Dependent Variable: Happiness LSD (1) Group(J) Mean...

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The post hoc test below shows that Multiple Comparisons Dependent Variable: Happiness LSD (1) Group(J) Mean Std. Error Sig. Group Difference (I-J) 95% Confidence Interval Lower Bound Upper Bound 1 2 3 231312 4.65000* .72785 .000 3.0480 6.2520 .75000 .72785 .325 -.8520 2.3520 -4.65000* .72785 .000 -6.2520 -3.0480 -3.90000* .68623 .000 -5.4104 -2.3896 -.75000 .72785 .325 -2.3520 .8520 .68623 .000 2.3896 5.4104 3.90000* *The mean difference is significant at the 0.05 level. O there are no differences between the group means for happiness O we do not know if the groups differ without applying the Bonferroni correction O Group 3 significantly differs from Group 1 but not from Group 2 O Group 2 significantly differs from Groups 1 and 3 which do not differ The post hoc test below shows that Multiple Comparisons Dependent Variable: Happiness LSD (1) Group(J) Mean Std. Error Sig. Group Difference (I-J) 95% Confidence Interval Lower Bound Upper Bound 1 2 3 231312 4.65000* .72785 .000 3.0480 6.2520 .75000 .72785 .325 -.8520 2.3520 -4.65000* .72785 .000 -6.2520 -3.0480 -3.90000* .68623 .000 -5.4104 -2.3896 -.75000 .72785 .325 -2.3520 .8520 .68623 .000 2.3896 5.4104 3.90000* *The mean difference is significant at the 0.05 level. O there are no differences between the group means for happiness O we do not know if the groups differ without applying the Bonferroni correction O Group 3 significantly differs from Group 1 but not from Group 2 O Group 2 significantly differs from Groups 1 and 3 which do not differ