2. How does lateral acceleration-side forces experienced in turns that are largely under driver control- affect nausea as perceived by bus passengers? An article reported data on z = motion sickness dose and y = reported nausea (%). Relevant summary statistics are n = 17, Σπ = 222.1, Σw = 193, Σ = 3056.69, Σπiv = 2759.6, Σy = 2975 i (a) Calculate and interpret estimates of the slope parameter and its associated SE that convey information about the precision and reliability of estimation. (b) Does it appear that there is a useful linear relationship between these two variables? Test appropriate hypotheses using a = 0.01. (c) Test Ho B1 ≤ 0.4H₁3₁ > 0.4 at significant level 5% by computing the P-value. :

A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
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2. How does lateral acceleration side forces experienced in turns that are largely under driver control-
affect nausea as perceived by bus passengers? An article reported data on z = motion sickness dose
and y = reported nausea (%). Relevant summary statistics are
n = 17, Σπ. = 2221, Σy = 193, Σr = 3056.69, Σwiyi = 2759.6, Σy = 2975
(a) Calculate and interpret estimates of the slope parameter and its associated SE that convey
information about the precision and reliability of estimation.
(b) Does it appear that there is a useful linear relationship between these two variables? Test
appropriate hypotheses using a = 0.01.
(c) Test Ho: B1 ≤ 0.4H₁: B₁ > 0.4 at significant level 5% by computing the P-value.
(d) What are the mean and standard deviation on the percent of nausea for the group with motion
sickness dose around 13?
Transcribed Image Text:2. How does lateral acceleration side forces experienced in turns that are largely under driver control- affect nausea as perceived by bus passengers? An article reported data on z = motion sickness dose and y = reported nausea (%). Relevant summary statistics are n = 17, Σπ. = 2221, Σy = 193, Σr = 3056.69, Σwiyi = 2759.6, Σy = 2975 (a) Calculate and interpret estimates of the slope parameter and its associated SE that convey information about the precision and reliability of estimation. (b) Does it appear that there is a useful linear relationship between these two variables? Test appropriate hypotheses using a = 0.01. (c) Test Ho: B1 ≤ 0.4H₁: B₁ > 0.4 at significant level 5% by computing the P-value. (d) What are the mean and standard deviation on the percent of nausea for the group with motion sickness dose around 13?
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