Answer:
The probability that a person with the marker develops cancer is 0.0725.
Step-by-step explanation:
Let's denote the events as follows:
<em>A</em> = a person has cancer
<em>B</em> = a person carries the marker.
<u>Given:</u>
P (A) = 0.03
P (B) = 0.12
P (B|A) = 0.29
The conditional probability of an event <em>X</em> provided that another event <em>Y</em> has already occurred is:

Use the conditional probability formula to compute the probability that a person with the marker develops cancer.

Thus, the probability that a person with the marker develops cancer is 0.0725.
B. 9A^2 - 16B^2
If you need me to explain. I will.
Yo sup??
The given figure is a parallelogram therefore opposite angles must be equal
6y+4=3y+37
3y=33
y=11
angle H =3*11+37
=70
angle G=180- angle H. (property of parallelogram)
=180-70
=110
Hope this helps
5:9
You need to find the greatest common factor and divide each side by it.
In this case it is 10... 50/10 = 5 90/10 = 9
So 50:90 = 5:9
Answer:
Assuming it would be -x-4