9. Suppose X-N(12,3). Compute P(X>6). a. 0.0228 x~ N(M=12, 2=3) b. 0.7625 c. 0.9772 d. 0.6278...
2. Suppose you have a random variable X distributed as N(2,6). Compute the following probabilities b) P(X<2) c) P(1 X<2) d) P(IX-21 <2)
2. Suppose you have a random variable X distributed as N(2,6). Compute the following probabilities. b) P(X<2) c) P(1<X<2)
41.Suppose that )-for o < lowing probabilities: (a) P(l < X) (b) P <X<2.5) (c)P(X= 3) (d) P(X< 4) (e) P3 s x) Determine the fol-
41.Suppose that )-for o < lowing probabilities: (a) P(l < X) (b) P <X<2.5) (c)P(X= 3) (d) P(X< 4) (e) P3 s x) Determine the fol-
41.Suppose that )-for o < lowing probabilities: (a) P(l < X) (b) P <X<2.5) (c)P(X= 3) (d) P(X< 4) (e) P3 s x) Determine the fol-
41.Suppose that )-for o < lowing probabilities: (a) P(l < X) (b) P <X<2.5) (c)P(X= 3) (d) P(X< 4) (e) P3 s x) Determine the fol-
41.Suppose that )-for o < lowing probabilities: (a) P(l < X) (b) P <X<2.5) (c)P(X= 3) (d) P(X< 4) (e) P3 s x) Determine the fol-
(1 point) If z is a binomial random variable, compute P(C) for each of the following cases: (a) Px <6), n=8, p = 0.3 P(x) = (b) P(x > 2), n = 3, p=0.5 P(x) = (c) Pa<5), n = 8, p=0.6 P(x) = (d) P(x > 2), n = 3, p = 0.7 P(x) =
If continuous random variable X~ N(6,4), compute * 1) Probability P(X>6.) 2) Probability P(3.<X<7.) 3) Probability P(-1.5<X<2.5) 4) Probability P(-2.<X-2<5.) Show your explanations. Displaying only the final answer is not enough to get credit. Note: round calculated numerical values to the fourth decimal place where applicable.
If continuous random variable X~ N(6,4), compute 1) Probability P(X>6.) 2) Probability P(3.<X<7.) 3) Probability P(-1.5 <X<2.5) 4) Probability P(-2.<X – 2<5.) Show your explanations. Displaying only the final answer is not enough to get credit. Note: round calculated numerical values to the fourth decimal place where applicable.