Let A = {A child has received the tetanus vaccination}, Â = {A child has received a flu shot}, and C = {A child has received the mumps vaccination}. Assume thatPr[^]+Pr[B]+Pr[C] = 1.8. (a) If Pr\A U...




Let
A
= {A child has received the tetanus vaccination},
 =
{A child has


received a flu shot}, and
C
= {A child has received the mumps vaccination}. Assume


thatPr[^]+Pr[B]+Pr[C] = 1.8.


(a) If

Pr

\A U B] =
0.70, then does Boole's inequality help us determine the range


of possible values for Pr[C]? Explain your answer.


(b) If

Pr

[A
U JB] = 0.85, then what is the range of possible values for Pr[C]?


(c) Suppose that all children who receive a mumps vaccination also receive a


tetanus vaccination and that no child who receives the flu shot receives the


mumps vaccination. Also assume that Pr[AUB] = 0.85 and Pr[C] = 0.2. What


is the probability that a child receives at least one of the three vaccinations?




(Hint:


VT[AU
Â

UC]
= Pr[A}+
Pr[5]+ P r [ C ] - P r [ A B ] -PT[AC]-PT[BC] +




Vr

[ABC}.)






Nov 21, 2021
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