(Step-by-Step) See output 1 (part 1 of output on BB) for the linear regression results. Interpret the results substantively, including the constant, the
Question: See output 1 (part 1 of output on BB) for the linear regression results. Interpret the results substantively, including the constant, the slopes and their corresponding significance for each IDV ( for the dummy variable, please write down the two equations and interpret its effect accordingly), the beta weights, and
the goodness of fit (R• and F). Based on the regression what can you conclude regarding your hypotheses?
Deliverable: Word Document 
![[See Solution] Explain the assumptions of (a)](/images/solutions/MC-solution-library-61604.jpg "[See Solution] Explain the assumptions of (a) No Multicollinearity")
[See Solution] Explain the assumptions of (a) No Multicollinearity
![[Solution Library] Suppose that instead of additivity,](/images/solutions/MC-solution-library-61605.jpg "[Solution Library] Suppose that instead of additivity, you conjectured that")
[Solution Library] Suppose that instead of additivity, you conjectured that
![[Solution] Your friend visited to Union Square](/images/solutions/MC-solution-library-61606.jpg "[Solution] Your friend visited to Union Square a couple of days")
[Solution] Your friend visited to Union Square a couple of days
![[See] Explain why it would not be](/images/solutions/MC-solution-library-61607.jpg "[See] Explain why it would not be reasonable to use estimation")
[See] Explain why it would not be reasonable to use estimation
Solution: A researcher has constructed an 80% confidence interval
Z-test for One Population Mean - MathCracker.com