Suppose that 30% of the patients who have a certain disease die from it. If 13 patients have the disease, what is the probability that no more than 4 patients will die from it? Round your answer to six decimal places.
A)Pr(Deaths

4) = 0.308168
B)Pr(Deaths Suppose that 30% of the patients who have a certain disease die from it. If 13 patients have the disease, what is the probability that no more than 4 patients will die from it? Round your answer to six decimal places. A)Pr(Deaths 4) = 0.308168 B)Pr(Deaths 4) = 0.192789 C)Pr(Deaths 4) = 0.356936 D)Pr(Deaths 4) = 0.898811 E)Pr(Deaths 4) = 0.451835

4) = 0.192789
C)Pr(Deaths Suppose that 30% of the patients who have a certain disease die from it. If 13 patients have the disease, what is the probability that no more than 4 patients will die from it? Round your answer to six decimal places. A)Pr(Deaths 4) = 0.308168 B)Pr(Deaths 4) = 0.192789 C)Pr(Deaths 4) = 0.356936 D)Pr(Deaths 4) = 0.898811 E)Pr(Deaths 4) = 0.451835

4) = 0.356936
D)Pr(Deaths Suppose that 30% of the patients who have a certain disease die from it. If 13 patients have the disease, what is the probability that no more than 4 patients will die from it? Round your answer to six decimal places. A)Pr(Deaths 4) = 0.308168 B)Pr(Deaths 4) = 0.192789 C)Pr(Deaths 4) = 0.356936 D)Pr(Deaths 4) = 0.898811 E)Pr(Deaths 4) = 0.451835

4) = 0.898811
E)Pr(Deaths Suppose that 30% of the patients who have a certain disease die from it. If 13 patients have the disease, what is the probability that no more than 4 patients will die from it? Round your answer to six decimal places. A)Pr(Deaths 4) = 0.308168 B)Pr(Deaths 4) = 0.192789 C)Pr(Deaths 4) = 0.356936 D)Pr(Deaths 4) = 0.898811 E)Pr(Deaths 4) = 0.451835

4) = 0.451835

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