a. P(X=3)=
b. P(X=3)=
c. P(X=0)=
d. P(X=3)=
Please include Excel formula.
here from hypergeometric distribution:
a)P(X=3) =hypgeomdist(3,5,4,12) =0.1414
b)P(X=3)=hypgeomdist(3,3,4,6)=0.2
c)P(X=0)=hypgeomdist(0,5,6,11)=0.0022
d)P(X=3)=hypgeomdist(3,3,3,10)=0.0083
a. P(X=3)= b. P(X=3)= c. P(X=0)= d. P(X=3)= Please include Excel formula. Determine the following probabilities....
Determine the following probabilities. a. For n 3 and 0.12, what is P(X- 0)? b. For n-10 and -0.40, what is P(X-9)? C. For n = 10 and π= 0.60, what is P(X= 8)? d. For n = 4 and π= 0.81, what is P(X-3)?
5. Compute the following binomial probabilities directly from the formula for b(x:n, p) a. 6(3:8, 35) b. b3< X < 5) when n=7 and p = .6 c. b(15 x) when n = 9 and p = .1
Compute the following binomial probabilities directly from the formula for b(x; n, p). (Round your answers to three decimal places.) (a) b(3; 8, 0.3) (b) b(5; 8, 0.6) (c) P(3 ≤ X ≤ 5) when n = 7 and p = 0.65 (d) P(1 ≤ X) when n = 9 and p = 0.15
2. The joint probabilities P(X = a, Y = b) of two discrete random variables X and Y are given in the following table: 4 1 2 1 / 2 3 16/1363/1362/136 13/136 5/136 | 10/136 11/136 | 8/136 9/136 6/136 | 7/136 | 12/136 4/136 15/136 14/136 1/136 3 4 d. Determine the marginal PMF of X and Y e. Determine the following probabilities of X and Y from the table: a. P (X=1, Y=2) b. P (X=3) c....
4-1. Suppose that f(x)-e-x for 0 < x. Determine the fol- lowing probabilities: (c) P(X= 3) (e) P(3 s x) (d) P(X<4)
3. Using excel create the sample space for two dice. 4. Find the following probabilities using the sample space your created in 3. a. P[sum is even] b. P[sum is odd] c. P[one die is even and one die is odd] d. P[one die is even or the sum is 5] (These last three deal with the probabilities of a craps game.) e. P[sum is 7 or 11] f. P[sum is 2, 3 or 12] g. P[sum is not 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-