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Suppose you are given a six-sided die, that might be biased in an unknown way. Explain how to use die rolls to generate unbiased coin flips, and determine the expected number of die rolls until a coin flip is generated. Now suppose you want to generate unbiased die rolls (from a six-sided die) given your potentially biased die. Explain how to give this, and again determine the expected number of biased die rolls until an unbiased die roll is generated. For both problems, you need not give the most efficient solution; however, your solution should be reasonable, and exceptional solutions will receive exceptional scores.
Describe the overall pattern of the relationship. Is it a straight line? Is there a positive or negative association, or neither?
Correlation between the two variables - Evaluate the value of the correlation coefficient.
Find a 95% confidence interval for the mean amount of money µ spent at the waiter's tables.
Suppose the average commute time of your employees is unknown. The standard deviation of their commute time is estimated as 28.4 minutes.
a) What are the null and alternative hypotheses? b) What is your test statistic and what distribution does it have if the null hypothesis is true?
ETW1102 - Business statistics - Monash University - What percentage of employees earn more than $40000 per year and Why should frequency density be used rather
How long will Jill need to run the hose? Express your answer in hours and minutes. Be sure to answer all parts of the question above.
A six-sided die is rolled 100 times. Using the normal approximation, find the probability that the face showing a six turns up between 15 and 20 times.
Use the cumulative distribution to calculate the probability that more than 1 but less than 5 patients were seen in fewer than 15 mins, P(1
The 24-hour day has been divided into 7 segments of length 2, 4, or 8 hours. The minimum number of RN's required differs by time of day due to many factors; the minimum numbers of RN's required for each of the seven time segments are:
suppose we determine that an instrument in our regression is weak. would using a polynomial in the first stage
For this problem, carry at least four digits after the decimal in your calculations. Answers may vary slightly due to rounding.
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