Quantitative Methods/Analysis
... Divide cases into groups according to the attributes of the independent variable. Describe each subgroup in terms of attributes of the dependent variable. Read the table by comparing independent variable subgroups in terms of an attribute of the dependent variable. ...
... Divide cases into groups according to the attributes of the independent variable. Describe each subgroup in terms of attributes of the dependent variable. Read the table by comparing independent variable subgroups in terms of an attribute of the dependent variable. ...
Q-test for Rejection of Outliers
... Q-test for Rejection of Outliers Introduction The Q-test is a simple statistical test to determine if a data point that is very different from the other data points in a set can be rejected. Only one data point may be discarded using the Q-test. Q = |outlier - value closest to the outlier| / |highes ...
... Q-test for Rejection of Outliers Introduction The Q-test is a simple statistical test to determine if a data point that is very different from the other data points in a set can be rejected. Only one data point may be discarded using the Q-test. Q = |outlier - value closest to the outlier| / |highes ...
Induction and Decision Trees
... Thus, 0.2U($4000) > 0.25U($3000) Thus, there cannot be no utility function consistent with these values ...
... Thus, 0.2U($4000) > 0.25U($3000) Thus, there cannot be no utility function consistent with these values ...
Martin Fajkus Faculty of applied informatics Tomas Bata University
... Some Economic applications of one variable functions. ...
... Some Economic applications of one variable functions. ...
e388_08_Spr_Final
... 21. Probability Theory: Suppose that a fair coin is relabeled so that heads are 1, and tails are 2, and that the fair coin is tossed twice. The outcome of the first toss is i (so i=1 or 2) and the outcome of the second toss is j (so j=1 or 2). From these experimental outcomes construct the following ...
... 21. Probability Theory: Suppose that a fair coin is relabeled so that heads are 1, and tails are 2, and that the fair coin is tossed twice. The outcome of the first toss is i (so i=1 or 2) and the outcome of the second toss is j (so j=1 or 2). From these experimental outcomes construct the following ...