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Determine whether the graph shown could represent a variable with a nomal distribution. Explain your reasoning. If the graph appears to represent a normal distribution, estimate the mean and standard deviation. E 345 67 Select the correct choice below and, if necessary, fill in the answer boxes complete your choice. O A. The graph could not represent a variable with a normal distribution because the curve is constant. O B. The graph could not represent a variable with a normal distribution because the graph is skewed to the left. O C. The graph could not represent a variable with a normal distribution because the curve has two modes. O D. The graph could not represent a variable with a normal distribution because the graph is skewed to the right. O E. The graph could not represent a variable with a normal distribution because the curve crosses the x-axis. O F. The graph could represent a variable with a normal distribution because the curve is symmetric and bell-shaped. Its mean is approximately. and its standard deviation is approximately. (Round to one decimal place as needed.)

Determine whether the graph shown could represent a variable with a nomal distribution. Explain your reasoning. If the graph appears to represent a normal distribution, estimate the mean and standard deviation. E 345 67 Select the correct choice below and, if necessary, fill in the answer boxes complete your choice. O A. The graph could not represent a variable with a normal distribution because the curve is constant. O B. The graph could not represent a variable with a normal distribution because the graph is skewed to the left. O C. The graph could not represent a variable with a normal distribution because the curve has two modes. O D. The graph could not represent a variable with a normal distribution because the graph is skewed to the right. O E. The graph could not represent a variable with a normal distribution because the curve crosses the x-axis. O F. The graph could represent a variable with a normal distribution because the curve is symmetric and bell-shaped. Its mean is approximately. and its standard deviation is approximately. (Round to one decimal place as needed.)

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Determine whether the graph shown could represent a variable with a nomal distribution. Explain your reasoning. If the graph appears to represent a normal distribution, estimate the mean and standard deviation. Select the correct choice below and, if necessary, fill in the answer boxes complete your choice. O A. The graph could not represent a variable with a normal distribution because the curve is constant. O B. The graph could not represent a variable with a normal distribution because the graph is skewed to the left. O C. The graph could not represent a variable with a normal distribution because the curve has two modes. O D. The graph could not represent a variable with a normal distribution because the graph is skewed to the right. O E. The graph could not represent a variable with a normal distribution because the curve crosses the x-axis. O F. The graph could represent a variable with a normal distribution because the curve is symmetric and bell-shaped. Its mean is approximately, and its standard deviation is approximately. (Round to one decimal place as needed.)
Transcribed Image Text:Determine whether the graph shown could represent a variable with a nomal distribution. Explain your reasoning. If the graph appears to represent a normal distribution, estimate the mean and standard deviation. Select the correct choice below and, if necessary, fill in the answer boxes complete your choice. O A. The graph could not represent a variable with a normal distribution because the curve is constant. O B. The graph could not represent a variable with a normal distribution because the graph is skewed to the left. O C. The graph could not represent a variable with a normal distribution because the curve has two modes. O D. The graph could not represent a variable with a normal distribution because the graph is skewed to the right. O E. The graph could not represent a variable with a normal distribution because the curve crosses the x-axis. O F. The graph could represent a variable with a normal distribution because the curve is symmetric and bell-shaped. Its mean is approximately, and its standard deviation is approximately. (Round to one decimal place as needed.)
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