Approximately 18% of the calls to an airline reservation phone line result in a reservation being made. (a) suppose that an oper ator handles 15 calls. what is the probability that none of the 15 calls result in a reservation?
1 answer:
Answer: The probability that none of the calls would result in a reservation would be 0.72%. Since there is an 18% chance that there would be a reservation, then there is a 72% chance that there is not a reservation. Our goal is to determine the likelihood that there are no calls. Or that the 72% chance event happens 15 times. We can use the following expression to find that repeated probability. (0.72)^15 = 0.0072 or 0.72%
You might be interested in
Since we know the x and y, you would divide 480 by 15 and 32 miles per hour. Then you would multiply 7.2 by 32 and get 230.4. Your trying to find with wind and against wind so just times that by two and get 460.8. I think
Answer:
Step-by-step explanation:
Given:
Waiting time = 5 hours.
We need to find the number of minutes for 5 hours.
Solution:
We know that 60 minutes for each hour, so one hour is equal to 60 minutes.
For one hour =
For five hours =
Therefore, you will have to wait 300 minutes in a line.
Answer:
a
Step-by-step explanation:
add and the take the parathesis out and there you have ur answer
The answer is B because I did the math
Answer:
1
Step-by-step explanation:
if the boys go in front and the girls go in the back there is only one way to put them