Question: link for questions 4-6 : https://dcmathpathways.shinyapps.io/LinearRegression/ STAT_6 B_Pra Ctice Progress saved Score: 1/14 1/6 answered 0 Question 1 ' Recall the study on the morphology

 link for questions 4-6 :https://dcmathpathways.shinyapps.io/LinearRegression/ STAT_6 B_Pra Ctice Progress saved Score:1/14 1/6 answered 0 Question 1 ' Recall the study on themorphology of 17 domesticated cats.1 The researchers dened the measure of acat's ability to catch small animals to be the cat's \"take-off velocity,"or TOV score (TOV score = how quickly the cat can jumpoff of the ground). The researchers carried out an experiment to seeif body mass measured in grams (g) could be used to predicta TOV score measured in centimeters per second (cm per sec). 0At a body mass of 0, the predicted TOV score for adomesticated cat is 394 cm per sec. 0 For every 1 gincrease in body mass, we know that the average TOV score willincrease by 0.0122 cm per sec. 0 For every one TOV scoreincrease, we predict that the average body mass will decrease by 394g. O For every 1 g increase in body mass, we predictthat the average TOV score will increase by 0.0122 cm per sec.

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0 At a body mass of 394 g, the predicted TOV scorefor a domesticated cat is 0 cm per sec. 0 For every1 g increase in body mass, we predict that the average TOVscore will decrease by 0.0122 cm per sec. 0 For every 1g increase in body mass, we know that the average TOV scorewill decrease by 0.0122 cm per sec. 0 None of the aboveThe line of best fit computed by the researchers was 3} :394 0.01223: 1Steudel, K. & Harris, M. (2002).]0umal ofExperimental Biology. The Companyof Biologists. W 0 Question 2 v Part D: Interpret the slopein the context of the problem. Make sure to include specific units.If it is not appropriate, click "Not Applicable." O Not Applicable OInterpret the slope: Edit Insert Formats BIU X' A V A CalculatorSubmitimage text in transcribedimage text in transcribed

STAT_6 B_Pra Ctice Progress saved Score: 1/14 1/6 answered 0 Question 1 ' Recall the study on the morphology of 17 domesticated cats.1 The researchers dened the measure of a cat's ability to catch small animals to be the cat's \"take-off velocity," or TOV score (TOV score = how quickly the cat can jump off of the ground). The researchers carried out an experiment to see if body mass measured in grams (g) could be used to predict a TOV score measured in centimeters per second (cm per sec). 0 At a body mass of 0, the predicted TOV score for a domesticated cat is 394 cm per sec. 0 For every 1 g increase in body mass, we know that the average TOV score will increase by 0.0122 cm per sec. 0 For every one TOV score increase, we predict that the average body mass will decrease by 394 g. O For every 1 g increase in body mass, we predict that the average TOV score will increase by 0.0122 cm per sec. 0 At a body mass of 394 g, the predicted TOV score for a domesticated cat is 0 cm per sec. 0 For every 1 g increase in body mass, we predict that the average TOV score will decrease by 0.0122 cm per sec. 0 For every 1 g increase in body mass, we know that the average TOV score will decrease by 0.0122 cm per sec. 0 None of the above The line of best fit computed by the researchers was 3} : 394 0.01223: 1Steudel, K. & Harris, M. (2002).]0umal ofExperimental Biology. The Company of Biologists. W 0 Question 2 v Part D: Interpret the slope in the context of the problem. Make sure to include specific units. If it is not appropriate, click "Not Applicable." O Not Applicable O Interpret the slope: Edit Insert Formats BIU X' A V A Calculator Submit

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