Provide an appropriate response. Round to the nearest hundredth.In a certain town, 20% of adults have a college degree. The accompanying table describes the probability distribution for the number of adults (among 4 randomly selected adults) who have a college degree. Find the mean and the standard deviation for the probability distribution. Show your work or steps on your shown work.  Round to two decimal places.

Find the mean, μ, for the binomial distribution which has the stated values of n and p. Round answer to the nearest tenth.n = 553; p = 0.7

Which of the following words should NOT be capitalized?    Sarah loves reading books by Zora Neal Hurston and other Authors of the decade. 

Which of the underlined words SHOULD be capitalized in the following sentence?  Give me your mom’s recipe to her wonderful spanish cornbread. 

Which of the following is correct?  A. James works for the College at night and for ford motor company during the day.  B. James works for the college at night and for Ford Motor Company during the day.  C. James works for the college at night and for ford motor company during the day.   

Which of the underlined words SHOULD be capitalized in the following sentence?    Jeremy will graduate at the top of his class from the university of Wisconsin on Tuesday, March 20. 

Which of the following is correctly capitalized.  A. Jeremy is part of the United States Army.  B. Jeremy enlisted  in the Army in 2015. 

Historically, schools in Tempe Arizona close 3 days each year due to excessive heat. What is the probability that schools in Tempe Arizona will close for at least 4 days next year? (Provide your answer with four decimal places) [blank1]. What is the distribution of the number of specimens that you have used? [blank2]

Referring to an operating characteristic curve, what happens to the curve as the sample size decreases?

Six sigma originates from statistical quality control and is a reference to the fraction of a [blank1] curve that lies within [blank2] standard deviations of the mean, used to represent defect rate.