Answer:
7+8+9/7*8*9 = 24/504 or 0.0476
Step-by-step explanation:
Answer:
I do not know
Step-by-step explanation:
Answer:
<u>The correct answer is D. 56.4</u>
Step-by-step explanation:
1. Let's review the information given to us for solving the question:
Kilometers hiked by Jason on Saturday = 15.6
Kilometers hiked by Jason on Sunday = 18.1
Kilometers hiked by Jason on Monday = 22.7
2. How many kilometers did he hike during the three days?
Total of kilometers hiked by Jason = Kilometers hiked by Jason on Saturday + Kilometers hiked by Jason on Sunday + Kilometers hiked by Jason on Monday
Total of kilometers hiked by Jason = 15.6 + 18.1 + 22.7
<u>Total of kilometers hiked by Jason = 56.4</u>
He can write 4 paragraphs. 1 paragraph every 5 min.
Answer:
probability of a crash with at least one fatality if a driver drives while legally intoxicated (BAC greater than 0.09) = 0.001932
Step-by-step explanation:
P(BAC=0|Crash with fatality)=0.625
P(BAC is between .01 and .09|Crash with fatality)=0.302
P(BAC is greater than .09|Crash with fatality)=0.069
Let the event of BAC = 0 be X
Let the event of BAC between 0.01 and 0.09 be Y
Let the event of BAC greater than 0.09 be Z
Let the event of a crash with at least one fatality = C
P(X|C) = 0.625
P(Y|C) = 0.302
P(Z|C) = 0.069
P(C) = 0.028
probability of a crash with at least one fatality if a driver drives while legally intoxicated (BAC greater than 0.09) = P(C n Z)
But note that the conditional probability of probability that a driver is intoxicated (BAC greater than 0.09) given that there was a crash that involved at least a fatality is given by
P(Z|C) = P(Z n C)/P(C)
P(Z n C) = P(Z|C) × P(C) = 0.069 × 0.028 = 0.001932
Hope this Helps!!!