Livoa LogoLivoa
Hypothesis Set
Analyzed
Descriptive Statistics
Inferential Test
Test Statistics & Notes
Set 1: Age and Baseline


Health Measures

Age & BMI
Age: M = ___, SD = ___, Min = ___, Max = ___


BMI: M = ___, SD = ___, Min = ___, Max = ___

Simple Linear Regression
R2 = ___, F(df) = ___, p = ___


Interpretation: Age significantly predicted BMI (or not).

Age & Systolic_BP
Systolic BP: M = ___, SD = ___, Min = ___, Max = ___
Simple Linear Regression
R2 = ___, F(df) = ___, p = ___


Interpretation: Age significantly predicted systolic BP (or not).

Age & ABISS_pretest
Body Image: M = ___, SD = ___, Min = ___, Max = ___
Simple Linear Regression
R2 = ___, F(df) = ___, p = ___


Interpretation: Age significantly predicted body image scores (or not).

Set 2: BMI Change Pre–Post


Intervention

BMI & BMI2
Pre-BMI: M = ___, SD = ___, Min = ___, Max = ___


Post-BMI: M = ___, SD = ___, Min = ___, Max = ___

Mean Δ = ___, SD Δ = ___

Paired-Samples t-Test
t(df) = ___, p = , 95% CI [_, _]


Interpretation: Significant decrease in BMI post-intervention (or not).

Set 5: Post-BMI Differences


by Treatment Group

BMI2 across


Treat_cond groups

Group 1: M = ___, SD = ___, n = ___


Group 2: M = ___, SD = ___, n = ___

Group 3: M = ___, SD = ___, n = ___

Total n = ___

One-Way ANOVA
F(2, df) = ___, p = ___


Post hoc (Tukey): Significant difference between Group X and Group Y (if applicable).

Treat_cond (1, 2, 3)
Frequencies:


Group 1 = ___%

Group 2 = ___%

Group 3 = ___%

Levene’s Test for Equality of Variances
F = ___, p = ___


Interpretation: Assumption of homogeneity of variances met (or not).

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