Shira's math test included a survey question asking how many hours students spent studying for the test. the scatter plot below shows the relationship between how many hours students spent studying and their score on the test. a line was fit to the data to model the relationship.
Shira's Math Test Included A Survey Question Asking How Many Hours Students Spent Studying For The Test. The Scatter Plot Below Shows The Relationship Between How Many Hours Students Spent Studying And Their Score On The Test. A Line Was Fit To The Data To Model The Relationship.
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Shira's Math Test Included A Survey Question Asking How Many Hours Students Spent Studying For The Test. The Scatter Plot Below Shows The Relationship Between How Many Hours Students Spent Studying And Their Score On The Test. A Line Was Fit To The Data To Model The Relationship.. The estimated score is $$\hat {y} = 10 (5) + 45 = 50 + 45 = 95$$y^ = 10(5)+45 =. Solution for shira's math test included a survey question asking how many hours students spent studying for the test.
Shira’s math test included a survey question asking how many hours from brainly.com
The scatter plot below shows the relationship between how many hours students spent studying and their score on the test. Y=10 (1)+45 = 10+45 = 55. A line was fitted to the data to model the relationship.
A Line Was Fit To The Data To Model The Relationship.
The scatter plot below shows the relationship between how many hours students spent studying and their score on the test. Substitute x=1 into the equation y=10x+45. If the score increases by approximately 20 points for each hour of study, this suggests a strong.
The Scatter Plot Below Shows The Relationship Between How Many Hours Students Spent Studying And Their Score On The Test.
Y=10 (1)+45 = 10+45 = 55. A line was fitted to the data to model the relationship. The scatter plot below shows the relationship between how many hours.
Using The Points Identified, Calculate The Average Change In Score Per Hour.
The estimated score is $$\hat {y} = 10 (5) + 45 = 50 + 45 = 95$$y^ = 10(5)+45 =. Solution for shira's math test included a survey question asking how many hours students spent studying for the test. To estimate the score for a student that spent 5 hours studying, substitute $$x = 5$$x = 5 into the equation.
The Best Prediction Of The Score For A Student Who Studied For 1 Hour Is 55 Points.