Calculate the relative frequency P(E) using the given information. (Round your answer to two decimal places.) A die is rolled 90 times with the following result: 1 and 2 never come up, 3 and 4 each come up 5 times, and 5 and 6 each come up 40 times. E is the event that the number that comes up is at least 4. P(E) = __

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Question 34 An insurance company prices its Tornado Insurance using the following assumptions: In any calendar year, there can be at most one tornado. In any calendar year, the probability of a tornado is 0.1. The number of tornadoes in any calendar year is independent of the number of tornados in any other calendar year. Using the insurance company's assumptions, calculate the probability that there are fewer than 2 tornadoes in a 14-year period. Round your answer to four decimal places.

QUESTION 6 The probability that an employee is late for work on any given day is 0.18. What is the probability that the employee will be late on exactly 4 days out of 10 days? Round your answer for two decimal places.

Question 13

Question 11 Giving a test to a group of students, the grades and gender are summarized below A Total Male 9. 3 7 19 Female 17 6. 14 37 Total 26 9 21 56 Write all solutions as a decimals rounded to the fourth decimal place. If one student is chosen at random, Find the probability that the student was male: Find the probability that the student was female AND got a "A": Find the probability that the student was male OR got an "A": If one student is chosen at random, find the probability that the student was female GIVEN they got a 'C':

Question 7 According to the Almanac of Questionable Statistics, Vol 4 (2012), the probability of a mass squirrel uprising in any given year is 0.11 and the probability that cats and dogs will sign a peace treaty allowing them to live together peacefully in any given year is 0.34.  If we presume that these two events are independent, what is the probability of both happening next year? Answer in decimal form.  Round to 4 decimal places as needed.

Question 8 Leanne measured how many times she arrived to work late if she took UBER. The results are provided in the following table: Result Frequency late 3 on-time 25 Find the probability that Leanne will arrive on-time tomorrow if she plans to take UBER. % (Round the answer to 2 decimal places.)

Question 7 According to an SSA study, around 36 % of 65-year old women will live to at least 90. If 5 65-year old women are randomly selected, find the probability that ... (Round the answers to 4 decimal places.) a)... none of them will live to at least 90: b) ... 3 of them will live to at least 90: c) at least one will live to at least 90: 100 =

Question 11