I am lost, please help Write up Use these questions as a guide to write an abstract (paragraph) Use past tense Use the following questions as a guide What was the research question What was the Pearson correlation value (r), and was it statistically significant (Use sig reported in SPSS That is the p value, and compare to alpha to determine significance) Was the relationship positive or negative and what was the (magnitude) strength of the relationship (use r Pearson) What was the regression equation for these data Consider y mx b where y HR What are your thoughts on the finding of this analysis, and what are the practical application(s) of this finding Elaborate on what the study means, why, how you know, and relate the findings to exercise physiology knowledge Use references if needed (Hint does this study make sense What could influence results ) Table 4 Descriptives statistics table Paste table below Descriptive Statistics Mean Std Deviation N Body weight Kg 85 845 12 4855 20 Mean heart rate BPM 132 65 15 836 20 Table 5 Correlations table Paste table below Correlations Body weight Kg Mean heart rate BPM Pearson Correlation Body weight Kg 1 000 411 Mean heart rate BPM 411 1 000 Sig (1 tailed) Body weight Kg 036 Mean heart rate BPM 036 N Body weight Kg 20 20 Mean heart rate BPM 20 20 Table 6 The model summary table Paste table below Model Summary b Model R R Square Adjusted R Square Std Error of the Estimate Durbin Watson 1 411 a 169 123 11 6954 2 648 a Predictors (Constant), Mean heart rate BPM b Dependent Variable Body weight Kg Table 7 The ANOVA table Paste table below ANOVA a Model Sum of Squares df Mean Square F Sig 1 Regression 499 756 1 499 756 3 654 072 b Residual 2462 094 18 136 783 Total 2961 850 19 a Dependent Variable Body weight Kg b Predictors (Constant), Mean heart rate BPM Table 8 The coefficients table Use this table to type out the regression equation for this data Paste table below Coefficients a Model Unstandardized Coefficients Standardized Coefficients t Sig Collinearity Statistics B Std Error Beta Tolerance VIF 1 (Constant) 128 806 22 627 5 693

The Answer is in the image, click to view ...

Answered step by step

Verified Expert Solution

Link Copied!

Question

1 Approved Answer

Posted on Oct 07, 2024

I am lost, please help!

Write-up- Use these questions as a guide to write an abstract (paragraph). Use past tense.

Use the following questions as a guide:

What was the research question?
What was the Pearson correlation value (r), and was it statistically significant? (Use "sig" reported in SPSS. That is the p-value, and compare to alpha to determine significance)
Was the relationship positive or negative and what was the (magnitude) strength of the relationship (use r/Pearson)?
What was the regression equation for these data? Consider y=mx + b where y = HR.
What are your thoughts on the finding of this analysis, and what are the practical application(s) of this finding? Elaborate on what the study means, why, how you know, and relate the findings to exercise physiology knowledge. Use references if needed. (Hint- does this study "make sense?" What could influence results?)

Table 4. Descriptives statistics table

Paste table below:

Table 5. Correlations table

Paste table below:

Table 6. The model summary table

Paste table below:

Model Summary^b
Model	R	R Square	Adjusted R Square	Std. Error of the Estimate	Durbin-Watson
1	.411^a	.169	.123	11.6954	2.648
a. Predictors: (Constant), Mean_heart_rate_BPM
b. Dependent Variable: Body_weight_Kg

Table 7. The ANOVA table

Paste table below:

ANOVA^a
Model	Sum of Squares	df	Mean Square	F	Sig.
1	Regression	499.756	1	499.756	3.654	.072^b
Residual	2462.094	18	136.783
Total	2961.850	19
a. Dependent Variable: Body_weight_Kg
b. Predictors: (Constant), Mean_heart_rate_BPM

Table 8. The coefficients table

Use this table to type out the regression equation for this data.

Paste table below:

Coefficients^a
Model	Unstandardized Coefficients	Standardized Coefficients	t	Sig.	Collinearity Statistics
B	Std. Error	Beta	Tolerance	VIF
1	(Constant)	128.806	22.627		5.693	<.001
Mean_heart_rate_BPM	-.324	.169	-.411	-1.911	.072	1.000	1.000
a. Dependent Variable: Body_weight_Kg