Question: Continuing on question 9, let's now assume that the 8pm movie premiere depends on the ads available and follows the following cumulative distribution: If you

Continuing on question 9, let's now assume that the 8pm movie premiere depends on the ads available and follows the following cumulative distribution:

If you simulate the system once, how much time (in mins) would the 5th customer (in order of arrival) spend in the cinema in total?

NOTE: for the arrival and the ticket buying processes, you should use the same random streams as given above. for the movie length process, you should use the following random number: 81. DO NOT use any software to generate random numbers and DO NOT generate your own stream of random numbers. Continuing on question 9, let's now assume that

There is a new "Star Galactica" premiere today and everyone is rushing to "Cinema Stars" to see the movie. The gates pf the cinema open at 7:30pm (no one is there at that time) and people are arriving to the cinema according to the following cumulative distribution:

After a person arrives, he has to buy tickets from the only cashier that is working at the cinema. This process takes 1, 2, or 3 minutes according to the following cumulative distribution.

After that, it takes 2 minutes for him to reach the movie room. The movie premiere starts at 8pm and the movie room gate closes at 7:55pm. Whoever arrives at the room gate after 7:55pm, he has to wait until the next time slot. If you simulate this whole system, how many people will they watch the movie premiere at 8.00pm?

NOTE: For this problem, you should use the following stream of random numbers r1 for the arrival process: 35,87,29,45,98,16,77,67,22,11,9,8,17,56,65,35,4,92,81,88,94,14,46,78,83,32,21.and the following stream of random numbers r2 for the ticket buying process: 49,24,45,97,95,12,1,7,65,42,3,98,76,67,92,82,87,33,23,21,28,22,97,65,42,21,40. DO NOT use any software to generate random numbers and DO NOT use your own stream of random numbers. Continuing on question 9, let's now assume that

QUESTION 10 Continuing on one 's w h at the of the depends on the ads available and follows the following cumulative distribution Length of movie (min) Number 126 Cumulative Probability 0.05 0.16 0.73 0.88 89.99,0 my tw o generate random If you smule them once how much time on would the sout in order of spend in the cinema in NOTE for the a n d the buying process you shoudensome random streams as he bove. For the movie length proces, you should use the following random number 1 DO NOT numbers and DO NOT nee your own streams of random 1 None of the above 2144 196 QUESTIONS There is a new "Star Galactica premier today and everyone is rushing to "Cinema Stars" to see the movie. The gates of the cinema open following cumulative distribution 7 30m no one is there at that time and people are wiving to the cinema according to the Time between arrivals (min) Cumulative Probability Random Numbers 0.12 1-12 0.49 13.49 0.87 50-87 1.00 88-99,0 Aber a person arrives, he has to buy boets from the only cashier that is working at the cinema This process takes 12 of 3 minutes according to the following cumulative distribution Time to buy ticket (min) Cumulative Probability Random Numbers 0.09 1.9 0.81 10-81 82-99,0 1.00 m for Ater that takes m e for reach the movie room The movie premiere om and the move on guess Whoever v e rme er , he has to water the next time slot if you e the whole system how many they waich the movie pre NOTE For this prom , you should use the towing stream of random num fore process 35.87 20.45.0 16.7787221 6 5. 4 18 41457121 and the towing stream of random number the to buy process 49246575,121.76542376 672 28733232126 22 7 6542.21,0 DO NOT s y swwel generandom numbers and DO NOT Use your own stream of random numbers 1 None of the above 2 16 310 4 10 QUESTION 10 Continuing on one 's w h at the of the depends on the ads available and follows the following cumulative distribution Length of movie (min) Number 126 Cumulative Probability 0.05 0.16 0.73 0.88 89.99,0 my tw o generate random If you smule them once how much time on would the sout in order of spend in the cinema in NOTE for the a n d the buying process you shoudensome random streams as he bove. For the movie length proces, you should use the following random number 1 DO NOT numbers and DO NOT nee your own streams of random 1 None of the above 2144 196 QUESTIONS There is a new "Star Galactica premier today and everyone is rushing to "Cinema Stars" to see the movie. The gates of the cinema open following cumulative distribution 7 30m no one is there at that time and people are wiving to the cinema according to the Time between arrivals (min) Cumulative Probability Random Numbers 0.12 1-12 0.49 13.49 0.87 50-87 1.00 88-99,0 Aber a person arrives, he has to buy boets from the only cashier that is working at the cinema This process takes 12 of 3 minutes according to the following cumulative distribution Time to buy ticket (min) Cumulative Probability Random Numbers 0.09 1.9 0.81 10-81 82-99,0 1.00 m for Ater that takes m e for reach the movie room The movie premiere om and the move on guess Whoever v e rme er , he has to water the next time slot if you e the whole system how many they waich the movie pre NOTE For this prom , you should use the towing stream of random num fore process 35.87 20.45.0 16.7787221 6 5. 4 18 41457121 and the towing stream of random number the to buy process 49246575,121.76542376 672 28733232126 22 7 6542.21,0 DO NOT s y swwel generandom numbers and DO NOT Use your own stream of random numbers 1 None of the above 2 16 310 4 10

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