M.A./ M.Sc. Part - I Syllabus Restructured for Credit
... Kshirsagar A.M. : A course in Linear Models Draper N.R & Smith H : Applied Regression Analysis. Song GUI Wang and S.C Chow: Advanced Linear Models. Agresthi: Categorical data analysis. Chattterjee and Haddi: Sensitivity Analysis David W Hosmer and Stanley Lemeshow: Applied Logistic regression. ...
... Kshirsagar A.M. : A course in Linear Models Draper N.R & Smith H : Applied Regression Analysis. Song GUI Wang and S.C Chow: Advanced Linear Models. Agresthi: Categorical data analysis. Chattterjee and Haddi: Sensitivity Analysis David W Hosmer and Stanley Lemeshow: Applied Logistic regression. ...
AP Stats "Things to Remember" Document
... all categories will add up to 100% in each column 4. R vs. R2 R= Correlation coefficient; closer to 1 or -1 means strong. * Closer to 0 means little correlation (Describes strength of data’s correlation) R2 = Percent of variation. *The percent of y values that are explained by x. 5. Resistant: media ...
... all categories will add up to 100% in each column 4. R vs. R2 R= Correlation coefficient; closer to 1 or -1 means strong. * Closer to 0 means little correlation (Describes strength of data’s correlation) R2 = Percent of variation. *The percent of y values that are explained by x. 5. Resistant: media ...
Random variables and random numbers
... What is the total area under the probability density function [p.d.f.] between 0 and 1? Suppose now we have a uniform distribution between 0 and 2: what is the height of the p.d.f? What is the average of x for the first uniform distribution? the second? Can we find a region around the average where ...
... What is the total area under the probability density function [p.d.f.] between 0 and 1? Suppose now we have a uniform distribution between 0 and 2: what is the height of the p.d.f? What is the average of x for the first uniform distribution? the second? Can we find a region around the average where ...