2. Students come randomly and independently at the cashier's window at the rate of 30 students per hour during the first week of enrolment. a. Identify the probability distribution of the given problem. b. What is the probability 10 students will arrive at a 30 minute time period? c. What is the probability no student will arrive in a 5 minute period? d. What is the probability at most 2 students will arrive in a 5 minute period? (Add the probabilities that 0 1 and 2 students will arrive in a 5 minute neriod)
2. Students come randomly and independently at the cashier's window at the rate of 30 students per hour during the first week of enrolment. a. Identify the probability distribution of the given problem. b. What is the probability 10 students will arrive at a 30 minute time period? c. What is the probability no student will arrive in a 5 minute period? d. What is the probability at most 2 students will arrive in a 5 minute period? (Add the probabilities that 0 1 and 2 students will arrive in a 5 minute neriod)
Chapter8: Sequences, Series,and Probability
Section8.7: Probability
Problem 6ECP: In Pennsylvania’s Cash 5 game, a player chooses five different numbers from 1 to 43. If these five...
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![2. Students come randomly and independently at the cashier's window at the rate
of 30 students per hour during the first week of enrolment.
a. Identify the probability distribution of the given problem.
b. What is the probability 10 students will arrive at a 30 minute time period?
c. What is the probability no student will arrive in a 5 minute period?
d. What is the probability at most 2 students will arrive in a 5 minute period? (Add
the probabilities that 0, 1, and 2 students will arrive in a 5 minute period)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2896315a-82c7-4ed6-8e35-0aa44cd1e2c0%2F9a724749-244f-454b-9c87-ae12d3b84d73%2Flpf3xy_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. Students come randomly and independently at the cashier's window at the rate
of 30 students per hour during the first week of enrolment.
a. Identify the probability distribution of the given problem.
b. What is the probability 10 students will arrive at a 30 minute time period?
c. What is the probability no student will arrive in a 5 minute period?
d. What is the probability at most 2 students will arrive in a 5 minute period? (Add
the probabilities that 0, 1, and 2 students will arrive in a 5 minute period)
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