The appropriate conversion should be 0.2. If that's incorrect, please let me know.
1
2
3
Step-by-step explanation: Generally, during the roll of two fair 6-sided dice, the doubles result in (1, 1), (2, 2), (3, 3), (4, 4), (5, 5), (6, 6). Therefore, the total for doubles is N = 6. The outcome of rolling two fair 6-sided dice yields n = 36. Thus, the probability of rolling doubles (matching numbers on both dice) is calculated mathematically. When rolling two fair dice, outcomes that sum to 4 or less are (1, 1), (1, 2), (1, 3), (2, 1), (2, 2), (3, 1). Observing this, we see two doubles present. Consequently, the conditional probability of rolling doubles is represented mathematically. Lastly, when rolling the two fair dice, outcomes that show different numbers result in L = 30, while outcomes where at least one die shows a 1 give W = 10. Hence, the conditional probability of having at least one die show a 1 is presented mathematically.
9.9 squared times 1.79
Calculating 9.9^2 gives 98.01
Then multiplying 98.01 by 1.79 results in 175.4379
Answer:
(b)E(x)=1.3087
(c)Variance of x =1.7119
(d)E(y)=2.0447
Step-by-step explanation:
The random variable x refers to the average number of cups of coffee consumed daily.
The total number of respondents equals 1014
(a) Probability distribution for x.

(b) Expected value for x

E(x)=1.3087
(c) Variance for x
Variance 


(d)


E(y)=2.0447
The expected value for y surpasses that of x.