This task needs to be tackled by a statistic expert. Please provide only accurate answer!

We asked 6 students how many times they rebooted their computers last week. There were 4 Mac users and 2 PC users. The PC users rebooted 2 and 3 times. The Mac users rebooted 1, 2, 2 and 8 times. Let C be a Bernoulli random variable representing the type of computer of a randomly chosen student (Mac = 0, PC = 1). Let R be the number of times a randomly chosen student rebooted (so R takes values 1,2,3,8).

(a) Create joint probability table for C and R. Be sure to include the marginal probability mass functions.

(b) Compute E(C) and E(R).

(c) Determine the covariance of C and R and explain its significance for how C and R are related. (A one sentence explanation is all that's called for.) Are R and C independent?

(d) Independently choose a random Mac user and a random PC user. Let M be the number of reboots for the Mac user and W the number of reboots for the PC user.

(i) Create table of the joint probability distribution of M and W, including the marginal probability mass functions.

(ii) Calculate P(W > M).

(iii) What is the correlation between W and M?

CCO 12.08.030 chills constitutionally protected conduct because it substantially envelops ordinary activities that may only be mere indicators of prostitution loitering. The ordinance suggests that repeatedly beckoning to, stopping, attempting to stop, or engaging passersby in conversation, or repeatedly stopping or attempting to stop operators of motor vehicles by hailing, waving of arms, or any other bodily gesture are circumstances indicative of prostitution loitering. However, these actions, in and of themselves, are constitutionally protected activities that may be performed without any regard to prostitution whatsoever.^[30]A person performing these actions may simply be hailing a cab or a friend, chatting on a public street, or strolling aimlessly about.^[31]CCO 12.08.030 chills this constitutionally protected conduct because people would otherwise risk arrest.

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Q2

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Q3

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Q4

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