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Data were collected on the distance a frisbee will travel when thrown at a certain speed. The speed, s, is measured in miles per hour, and distance, y, is measured in yards. The regression line is given by y = 3.47 +47.92s. What are the slope and y-intercept of the regression line and their interpretation in the context of the problem? The slope, 3.47, indicates that the distance decreases by an average of 3.47 yards for every one mile per hour of speed. The y-intercept, 47.92, is the distance estimated by this model if the speed is one mile per hour. The slope, 47.92, indicates that the distance decreases by an average of 47.92 yards for every one mile per hour of speed. The y-intercept, 3.47, is the distance estimated by this model if the speed is one mile per hour. The slope, 47.92, indicates that the distance increases by an average of 47.92 yards for every one mile per hour of speed. The y-intercept, 3.47, is the distance estimated by this model if the speed is zero miles per hour. The slope, 3.47, indicates that the distance increases by an average of 3.47 yards for every one mile per hour of speed. The y-intercept, 47.92, is the distance estimated by this model if the speed is zero miles per hour.

Data were collected on the distance a frisbee will travel when thrown at a certain speed. The speed, s, is measured in miles per hour, and distance, y, is measured in yards. The regression line is given by y = 3.47 +47.92s. What are the slope and y-intercept of the regression line and their interpretation in the context of the problem? The slope, 3.47, indicates that the distance decreases by an average of 3.47 yards for every one mile per hour of speed. The y-intercept, 47.92, is the distance estimated by this model if the speed is one mile per hour. The slope, 47.92, indicates that the distance decreases by an average of 47.92 yards for every one mile per hour of speed. The y-intercept, 3.47, is the distance estimated by this model if the speed is one mile per hour. The slope, 47.92, indicates that the distance increases by an average of 47.92 yards for every one mile per hour of speed. The y-intercept, 3.47, is the distance estimated by this model if the speed is zero miles per hour. The slope, 3.47, indicates that the distance increases by an average of 3.47 yards for every one mile per hour of speed. The y-intercept, 47.92, is the distance estimated by this model if the speed is zero miles per hour.

A First Course in Probability (10th Edition)
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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I’m taking a statistics and probability class. Please get this correct because I want to learn. I have gotten wrong answers on here before
Data were collected on the distance a frisbee will travel when thrown at a certain speed. The speed, s, is measured in miles per hour, and distance, y, is measured in yards. The regression line is given by y = 3.47 +47.92s. What are the slope and y-intercept of the regression line and their interpretation in the context of the problem? The slope, 3.47, indicates that the distance decreases by an average of 3.47 yards for every one mile per hour of speed. The y-intercept, 47.92, is the distance estimated by this model if the speed is one mile per hour. The slope, 47.92, indicates that the distance decreases by an average of 47.92 yards for every one mile per hour of speed. The y-intercept, 3.47, is the distance estimated by this model if the speed is one mile per hour. The slope, 47.92, indicates that the distance increases by an average of 47.92 yards for every one mile per hour of speed. The y-intercept, 3.47, is the distance estimated by this model if the speed is zero miles per hour. The slope, 3.47, indicates that the distance increases by an average of 3.47 yards for every one mile per hour of speed. The y-intercept, 47.92, is the distance estimated by this model if the speed is zero miles per hour.
Transcribed Image Text:Data were collected on the distance a frisbee will travel when thrown at a certain speed. The speed, s, is measured in miles per hour, and distance, y, is measured in yards. The regression line is given by y = 3.47 +47.92s. What are the slope and y-intercept of the regression line and their interpretation in the context of the problem? The slope, 3.47, indicates that the distance decreases by an average of 3.47 yards for every one mile per hour of speed. The y-intercept, 47.92, is the distance estimated by this model if the speed is one mile per hour. The slope, 47.92, indicates that the distance decreases by an average of 47.92 yards for every one mile per hour of speed. The y-intercept, 3.47, is the distance estimated by this model if the speed is one mile per hour. The slope, 47.92, indicates that the distance increases by an average of 47.92 yards for every one mile per hour of speed. The y-intercept, 3.47, is the distance estimated by this model if the speed is zero miles per hour. The slope, 3.47, indicates that the distance increases by an average of 3.47 yards for every one mile per hour of speed. The y-intercept, 47.92, is the distance estimated by this model if the speed is zero miles per hour.
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