1.

Which of these equations describe the normal continuous distribution?

A. (f(x)= frac{1}{ sigma sqrt{2 }} e^{-0.5( frac{x- }{ })^2}, - infty < x < - infty )
B. (f(x)= frac{1}{ sqrt{2 }} e^{-0.5( frac{x- }{ })^2}, - infty < x < - infty )
C. (f(x)= frac{1}{ sigma sqrt{ }} e^{-0.5( frac{x- }{ })^x}, - infty < x < - infty )
D. (f(x)= frac{1}{ sigma sqrt{2 }} e^{-0.5( frac{x- }{ })^x}, - infty < x < - infty )
Answer» B. (f(x)= frac{1}{ sqrt{2 }} e^{-0.5( frac{x- }{ })^2}, - infty < x < - infty )


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