The question is an illustration of probability, and the value of P(B|C) is P(B|C) = 9/24 =0.38
<h3>How to determine the probability P(B|C)?</h3>
The table is given as:
C D Total
A 15 21 36
B 9 25 34
Total 24 46 70
The probability (BIC) is calculated using:
P(B|C) = n(B and C)/n(C)
From the table, we have:
n(B and C) = 9
n(C) = 24
So, the equation becomes
P(B|C) = 9/24
Evaluate
P(B|C) = 0.38
Hence, the value of P(B|C) is P(B|C) = 9/24 =0.38
Read more about probability at:
brainly.com/question/251701
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I believe answer B is the correct answer
I’m assuming you combine like terms, you have -14w-3 on one side and -69w-3 on the other. The difference would be 55w.
Answer:
5 1/2
Step-by-step explanation:
(5+7+6+5+7+3) / 6 = 33/6 = 5 1/2
Answer: 60,000
Thanks for the points if you weren’t serious :))
