This item can be solved by the probability theorem called Bayes' theorem which states that the probability of event A occurring given event B is equal to,
P(A/B) = P(A)P(B/A) / P(B)
where P(B/A) is the probability that the test will yield positive if the person has the disease. P(A) is the probability will be present in any particular person which is equal to 0.04.
P(B) is the probability of positive result irrespective of whether the disease is present of not is calculated below.
P(B) = (0.94)x (0.04) + (0.06)(0.96) = 0.0952
Now, solving for P(A/B)
P(A/B) = (0.94)(0.04) / 0.0952 = 0.039
Thus, the answer is approximately 4%.
Answer:
I believe the answer is 17n+5
Step-by-step explanation:
-1(1-6n)-(n-8)
-3+18n-(-1n)+8
17n+5
Answer:
C it is C
Step-by-step explanation:
1.50x + 2.50y = 1100
x+y=500
1.50x+2.50y=1100
-1.50(x+y)=-1.50(500)
1.50x+2.50y=1100
-1.5x-1.5y=-750
y=350
350 adult raffle tickets
Answer:
125
Step-by-step explanation:
250/x 30/15=125
$250 total then add 25+5=30 max of items is 15
cross multiply 250x15=3225 divide by 250=107.5
hope that's right?
