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Weight and Height Narrative

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Weight and Height Narrative
Evidence supports using a simple linear regression model to estimate a person's weight based on a person's height. Let x be a person's height (measured in cm) and y be the person's weight (measured in kg). A random sample of 11 people was selected and the following data recorded: Weight and Height Narrative Evidence supports using a simple linear regression model to estimate a person's weight based on a person's height. Let x be a person's height (measured in cm) and y be the person's weight (measured in kg). A random sample of 11 people was selected and the following data recorded: The following output was generated using statistical software: Regression Analysis The regression equation is y = -148 + 4.18x S = 1.7698; R-Sq = 96.7%; R-Sq(adj) = 96.3% Analysis of Variance Table Unusual Observations denotes an observation with a large standardized residual. -Refer to Weight and Height Narrative. Based on the scatterplot above, does a simple linear regression model seem appropriate? Justify your answer. The following output was generated using statistical software: Weight and Height Narrative Evidence supports using a simple linear regression model to estimate a person's weight based on a person's height. Let x be a person's height (measured in cm) and y be the person's weight (measured in kg). A random sample of 11 people was selected and the following data recorded: The following output was generated using statistical software: Regression Analysis The regression equation is y = -148 + 4.18x S = 1.7698; R-Sq = 96.7%; R-Sq(adj) = 96.3% Analysis of Variance Table Unusual Observations denotes an observation with a large standardized residual. -Refer to Weight and Height Narrative. Based on the scatterplot above, does a simple linear regression model seem appropriate? Justify your answer. Regression Analysis
The regression equation is
y = -148 + 4.18x Weight and Height Narrative Evidence supports using a simple linear regression model to estimate a person's weight based on a person's height. Let x be a person's height (measured in cm) and y be the person's weight (measured in kg). A random sample of 11 people was selected and the following data recorded: The following output was generated using statistical software: Regression Analysis The regression equation is y = -148 + 4.18x S = 1.7698; R-Sq = 96.7%; R-Sq(adj) = 96.3% Analysis of Variance Table Unusual Observations denotes an observation with a large standardized residual. -Refer to Weight and Height Narrative. Based on the scatterplot above, does a simple linear regression model seem appropriate? Justify your answer. S = 1.7698; R-Sq = 96.7%; R-Sq(adj) = 96.3%
Analysis of Variance Table Weight and Height Narrative Evidence supports using a simple linear regression model to estimate a person's weight based on a person's height. Let x be a person's height (measured in cm) and y be the person's weight (measured in kg). A random sample of 11 people was selected and the following data recorded: The following output was generated using statistical software: Regression Analysis The regression equation is y = -148 + 4.18x S = 1.7698; R-Sq = 96.7%; R-Sq(adj) = 96.3% Analysis of Variance Table Unusual Observations denotes an observation with a large standardized residual. -Refer to Weight and Height Narrative. Based on the scatterplot above, does a simple linear regression model seem appropriate? Justify your answer. Unusual Observations Weight and Height Narrative Evidence supports using a simple linear regression model to estimate a person's weight based on a person's height. Let x be a person's height (measured in cm) and y be the person's weight (measured in kg). A random sample of 11 people was selected and the following data recorded: The following output was generated using statistical software: Regression Analysis The regression equation is y = -148 + 4.18x S = 1.7698; R-Sq = 96.7%; R-Sq(adj) = 96.3% Analysis of Variance Table Unusual Observations denotes an observation with a large standardized residual. -Refer to Weight and Height Narrative. Based on the scatterplot above, does a simple linear regression model seem appropriate? Justify your answer. denotes an observation with a large standardized residual.
-Refer to Weight and Height Narrative. Based on the scatterplot above, does a simple linear regression model seem appropriate? Justify your answer.

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