Let BS be the event that the patient survives bypass surgery.
Let H be the event that the heart damage will heal.
Then P(BS) = 0.60, and also we have a conditional probability: GIVEN that the patient survives,
the probability that the heart damage will heal is 0.5, that is P(H|BS) = 0.5
We want to know P(BS and H).
Using the formula of the conditional probability:
P(H and BS) = P(H|BS)·P(BS) = (0.6)(0.5) = 0.3
Answer:
6 (square root) 200
Step-by-step explanation:
Answer:
25/24
Explanation:
I did the math can u tell me if I got it right tho.
Here’s the way I did in steps
Step1: convert the fractions in to decimals
Step2:divide the decimals
Step3: convert the answer choices into decimals
Step4: Find your answer
Ik ik ik I’m big brain
Answer:
D
Step-by-step explanation:
You are expected to apply your knowledge of the real world to the given situations in order to identify whether the "rate of change" is constant. A constant rate of change means the dependent variable has a linear relationship to the independent variable.
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<h3>A</h3>
The independent variable is the outside temperature. The dependent variable is the number of people going to the beach. While the number of people going to the beach may increase as the temperature increases, the relationship is unlikely to be linear.
<h3>B</h3>
Points are scored unevenly during a ball game, so cannot be said to have a linear relationship with time played.
<h3>C</h3>
An acrobat flipping on a trampoline has increasing, then decreasing height. Height does not have a constant rate of change with respect to time.
<h3>D</h3>
If bananas are sold by the pound, then the price will be proportional to the weight of the bananas. The rate of change is the constant of proportionality: the price per pound. This situation has a constant rate of change.