Kindly determine the following values of questions please?

What does the univariate t test tell you that the bivariate correlation test alone does not? What does the bivariate test tell you that the univariate test does not tell you? Select one: Only the univariate comparison tells you that vanilla is preferred over chocolate on average; only the bivariate analysis tells you that people who prefer vanilla more also prefer chocolate more. Only the univariate comparison tells you how to predict chocolate preference from vanilla preference; only the bivariate analysis tells you that people who prefer vanilla more also prefer chocolate more. Only the univariate comparison tells you that people who prefer vanilla more also prefer chocolate more; only the bivariate analysis tells you that chocolate is preferred over vanilla on average Only the univariate comparison tells you that the preferences for chocolate and vanilla are not different; only the bivariate analysis tells you that people who prefer vanilla more also prefer chocolate more.Bivariate Distributions What is the bivariate probability density function (pdf) and its properties? Marginal, joint, and conditional distributions Expected values and variance calculation in bivariate distributions Marginal, joint, and conditional expectations CovarianceWhat is the difference between univariate data and bivariate data? Choose the correct answer below. 0 A. In univariate data, a single variable is measured on each individual. In bivariate data, two variables are measured on each individual. 0 B. In univariate data, there are only positive values and zeros. In bivariate data, there are positive values, negative values, and zeros. O C. In univariate data, there is one mean. In bivariate data, there are two means. 0 D. In univariate data, the data are qualitative. In bivariate data, the data are quantitative. In general, the study of choices people make in a world of limits is called... Select one: O scarcity O macroeconomics O subjective values O microeconomics O rationing O free goods O rational decision-making O scarce goods economics normative economics O positive economics O ceteris paribus2. (15 pts) Consider a Markov chain { Xn } with state space S = {0, 1, 2} and transition matrix and transition matrix P = O ON/H HNIH O (1) Let the mapping f : S - S satisfy f(0) = 0 and f(2) = 1 and assume that f(1) + f(2). If Yn = f(Xn), then when is { Yn } a Markov chain? Is { Yn } always a Markov chain? In other words, are functions of Markov chains always Markov chains?2. Use JMP to generate the appropriate binomial probability distribution for this test. Provide a screen-shot of the distribution you generated in JMP. (3 pts) Delete my sample output and replace it with yours. Number that Cumulative Binomi Choose Opener Probabilities Probabilities Sample 3. Complete the remaining steps for the hypothesis test provided above. Using JMP, determine the correct p-value for this test (2 pts) . . Identify the appropriate decision for your test (2 pts) Write an appropriate conclusion for this test (3 pts) P-Value Whis is the p-value for this test? P-Value = Decision Is the p-value