Steve Owns a retail store, every min, a customer arrives with probability 0.2(Assume maximum of 1 customer will arrive) a, every min a customer(already in the store) purchase a product and leave with probability 0.3(Assume maximum of 1 customer will leave every min). Due to Covid 19, the store has a maximum capacity of 25 customers. Assume that if a customer arrives when the retail store is already at maximum capacity then the customer will leave instead. (Note: Both departure and arrival can happen at same time. Also, Given that state variable and state space Xn: the number of customers in the store at the n-th min Sx = {1,2,.25} Pij = 0.14 Pji = 0.24 Pii = 0.62 (a) Which one Is more likely 12 customers currently inside stores or 15 customer currently in the store Justify your answer. (B) compute P(X = 12) and P(X = 15)

MATLAB: An Introduction with Applications
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Chapter1: Starting With Matlab
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Steve Owns a retail store, every min, a customer arrives with
probability 0.2(Assume maximum of 1 customer will arrive) a,
every min a customer(already in the store) purchase a product
and leave with probability 0.3(Assume maximum of 1 customer
will leave every min). Due to Covid 19, the store has a maximum
capacity of 25 customers. Assume that if a customer arrives
when the retail store is already at maximum capacity then the
customer will leave instead. (Note: Both departure and arrival
can happen at same time.
Also, Given that state variable and state space
Xn: the number of customers in the store at the n-th min
Sx = {1,2,.25}
Pij = 0.14
Pji = 0.24
Pii = 0.62
(a) Which one Is more likely 12 customers currently inside stores
or 15 customer currently in the store Justify your answer.
(B) compute P(X = 12) and P(X = 15)
Transcribed Image Text:Steve Owns a retail store, every min, a customer arrives with probability 0.2(Assume maximum of 1 customer will arrive) a, every min a customer(already in the store) purchase a product and leave with probability 0.3(Assume maximum of 1 customer will leave every min). Due to Covid 19, the store has a maximum capacity of 25 customers. Assume that if a customer arrives when the retail store is already at maximum capacity then the customer will leave instead. (Note: Both departure and arrival can happen at same time. Also, Given that state variable and state space Xn: the number of customers in the store at the n-th min Sx = {1,2,.25} Pij = 0.14 Pji = 0.24 Pii = 0.62 (a) Which one Is more likely 12 customers currently inside stores or 15 customer currently in the store Justify your answer. (B) compute P(X = 12) and P(X = 15)
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