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Extreme value theory (EVT): n = 1,000, u = 300, nu = 36, β = 18, and ξ = 0.25. First, calculate the 1-day VaR and 1-day ES with a 99.9% confidence level. Second, what is the probability of a loss greater than $650? Third, compute the probability density function evaluated at the VaR level for the probability distribution of the loss, conditional on it being greater than u
describe data and objectives - starting with descriptive statistics reader has no idea what this is all about histogram
If you randomly assign participants to groups, can you suppose the groups are equivalent at the beginning of the study?
Develop an ANOVA table for the regression analysis of hours studied as a predictor of the grade earned on the first statistics exam.
According to national data, about 14% of American college students earn a graduate degree
suppose a simple random sample of size 50 is selected from a population with ? 10. find the value of the standard
The wheeling tire company produced a batch of 5000 tires that includes exactly 200 that are defective. if four tires are randomly selected what is the probability that they are all good?
A $1,000 semiannual coupon bond matures in 13 years, has a coupon rate of 7.5 percent, and a market price of $982. What is the yield to maturity?
what is the decision rule for a hypothesis test about the dierence between two population means if the p -value is
For each format, create a scatterplot showing the amount of space needed (in MB) for storage based on the length (in seconds) of the song. Comment on what you see in the scatterplots.
If you meet a shy person at random at the gathering, what is the probability that the person is a statistician?
The University of California at Berkeley's Wellness Encyclopedia (1991) contains the following statement in its discussion of HIV testing.
Derive the steady-state condition in terms of the equilibrium capital stock per person, k∗, starting from the law of motion for total capital, in a Solow model with positive population growth.
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