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The tollowing data represent the weight (in grams) and the oonesponding Candy Bar Weight. x Calories, y Candy Bar Weight. x Calories, y number of calories of various candy bars Bar A 49.5 3833 Bar F 48.8 369.8 Bar B 55.3 385.6 Bar 6 62.2 431.7 Bar C 46 361 Bar H 58.1 401.4 Bar D 52.5 377.8 Earl 64 424 Bar E 56.8 411.8 BarJ 60.9 403.2 Identify the scatter diagram that best displays the relationship between the weight and calories of the various candy bars. (9 A. O B. O c. O D. C | ' C | ' C | ' C | ' 45 a ones a 45 a ones Q A5 a cries Q A a ones Q a Q a Q i.) r r; it 35 35 x weight x weight What type of relationship appears to exist between the weight of a candy bar and the number at calories? 0 Nonlinear (9 Linear Find the equation of the line that passes through (46. 361) and (64, 424) in slopeintercept form. 35 x weight x welght (Enter an expression using x as the variable, round any numbers in the expression to two decimal places, and use minus signs if necessary.) Which graph below best depicts the "fit" of the line to the scatter diagram shown previously. OA. O B. O c. Calories O D. 450- ACalories 450 1 ACalories 450- 450 1Calories 350- 350- 40 70 350- 40 70 350- x weight 40 70 40 x weight 70 x weight x weight Using the linear equation derived previously, it can be predicted that a candy bar weighing 50.5 grams will contain |calories. (Enter your response rounded to one decimal place.) The slope of the line means that every 1 gram increase in the weight of the candy bar corresponds to an increase of calories. (Enter your response rounded to one decimal place.)