In England, the most serious emergency calls requesting an ambulance are classified as 'Red 1’. According to data from NHS England, in March 2017, the London Ambulance Service (LAS) received a total of 1597 Red 1 emergency calls. Based on this number and adjusting for variations during the day, suppose that Red 1 calls arriving at the LAS in daylight hours may be modelled as a Poisson process with rate 3 per hour. (i) (1) Write down the distribution of the number of Red 1 calls arriving at the LAS in a 30-minute period during daylight hours, including the values of any parameters. (2) Calculate and report the probability that three Red 1 calls arrive at the LAS in 30 minutes during daylight hours. ii) (1) Write down the distribution of the waiting time (in hours) between the arrivals of two successive Red 1 calls at the LAS during daylight hours, including the values of any
In England, the most serious emergency calls requesting an ambulance are classified as 'Red 1’. According to data from NHS England, in March 2017, the London Ambulance Service (LAS) received a total of 1597 Red 1 emergency calls. Based on this number and adjusting for variations during the day, suppose that Red 1 calls arriving at the LAS in daylight hours may be modelled as a Poisson process with rate 3 per hour. (i) (1) Write down the distribution of the number of Red 1 calls arriving at the LAS in a 30-minute period during daylight hours, including the values of any parameters. (2) Calculate and report the probability that three Red 1 calls arrive at the LAS in 30 minutes during daylight hours. ii) (1) Write down the distribution of the waiting time (in hours) between the arrivals of two successive Red 1 calls at the LAS during daylight hours, including the values of any
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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![Untitled Notebook (5) v
{T
In England, the most serious emergency calls requesting an ambulance
are classified as 'Red 1’. According to data from NHS England, in
March 2017, the London Ambulance Service (LAS) received a total of
1597 Red 1 emergency calls. Based on this number and adjusting for
variations during the day, suppose that Red 1 calls arriving at the LAS
in daylight hours may be modelled as a Poisson process with rate 3 per
hour.
(i) (1) Write down the distribution of the number of Red 1 calls
arriving at the LAS in a 30-minute period during daylight
hours, including the values of any parameters.
(2) Calculate and report the probability that three Red 1 calls
arrive at the LAS in 30 minutes during daylight hours.
(1) Write down the distribution of the waiting time (in hours)
between the arrivals of two successive Red 1 calls at the LAS
during daylight hours, including the values of any
parameters.
(ii)
(2) Calculate and report the probability that the gap between the
arrivals of two successive Red 1 calls at the LAS during
daylight hours will exceed 20 minutes.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc0557e0e-7c52-43d2-b9f4-a887bc43498a%2F0c847338-cc00-43c8-94cb-6e484abe7279%2F3slmil_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Untitled Notebook (5) v
{T
In England, the most serious emergency calls requesting an ambulance
are classified as 'Red 1’. According to data from NHS England, in
March 2017, the London Ambulance Service (LAS) received a total of
1597 Red 1 emergency calls. Based on this number and adjusting for
variations during the day, suppose that Red 1 calls arriving at the LAS
in daylight hours may be modelled as a Poisson process with rate 3 per
hour.
(i) (1) Write down the distribution of the number of Red 1 calls
arriving at the LAS in a 30-minute period during daylight
hours, including the values of any parameters.
(2) Calculate and report the probability that three Red 1 calls
arrive at the LAS in 30 minutes during daylight hours.
(1) Write down the distribution of the waiting time (in hours)
between the arrivals of two successive Red 1 calls at the LAS
during daylight hours, including the values of any
parameters.
(ii)
(2) Calculate and report the probability that the gap between the
arrivals of two successive Red 1 calls at the LAS during
daylight hours will exceed 20 minutes.
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