Question Solved1 Answer Queuing Simulation Material B: 100kgs Interarrival time: 5 mins Material B: 100kgs Interarrival time: P(2) = 0.25 P(3) = 0.75 7. An elevator in a manufacturing plant carries exactly 400 kilograms of material. There are three kinds of material packaged in boxes that arrive for a ride on the elevator. These materials and their distributions of time between arrivals are as follows: Interarrival Time Material Weight (kg) (minutes) А 200 5 +- 2 (uniform) B 100 6 (constant) C 50 P(2)=0.33, P(3) = 0.67 It takes the elevator 1 minute to go up to the second floor, 2 minutes to unload, and 1 minute to return to the first floor. The elevator does not leave the first floor unless it has a full load. Simulate 1 hour of operation of the system. What is the average transit time for a box of material A (time from its arrival until it is unloaded)? What is the average waiting time for a box of material B? How many boxes of material C made the trip in 1 hour?

6DIYD7 The Asker · Probability and Statistics

Queuing Simulation

Material B: 100kgs Interarrival time: 5 mins

Material B: 100kgs Interarrival time: P(2) = 0.25 P(3) = 0.75

Transcribed Image Text: 7. An elevator in a manufacturing plant carries exactly 400 kilograms of material. There are three kinds of material packaged in boxes that arrive for a ride on the elevator. These materials and their distributions of time between arrivals are as follows: Interarrival Time Material Weight (kg) (minutes) А 200 5 +- 2 (uniform) B 100 6 (constant) C 50 P(2)=0.33, P(3) = 0.67 It takes the elevator 1 minute to go up to the second floor, 2 minutes to unload, and 1 minute to return to the first floor. The elevator does not leave the first floor unless it has a full load. Simulate 1 hour of operation of the system. What is the average transit time for a box of material A (time from its arrival until it is unloaded)? What is the average waiting time for a box of material B? How many boxes of material C made the trip in 1 hour?
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Transcribed Image Text: 7. An elevator in a manufacturing plant carries exactly 400 kilograms of material. There are three kinds of material packaged in boxes that arrive for a ride on the elevator. These materials and their distributions of time between arrivals are as follows: Interarrival Time Material Weight (kg) (minutes) А 200 5 +- 2 (uniform) B 100 6 (constant) C 50 P(2)=0.33, P(3) = 0.67 It takes the elevator 1 minute to go up to the second floor, 2 minutes to unload, and 1 minute to return to the first floor. The elevator does not leave the first floor unless it has a full load. Simulate 1 hour of operation of the system. What is the average transit time for a box of material A (time from its arrival until it is unloaded)? What is the average waiting time for a box of material B? How many boxes of material C made the trip in 1 hour?
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Answer:-Poge-1As per given detoilsMatcrial weight(kg) Interarrivel Time (minuter){:[" A ",200,5+-2" (unif)xm) "],[B,100,G(con 5tan t)],[C,50,P(2)=0.33 P(3)=0.67]:}Material A(20okg ∣ box){:[3,0.2,0.2,1.2],[4,0.2,0.4,3-4],[5,0.2,0.6,5-6],[6,0.2,0.8,7-8],[7,0.2,1.0,9-0]:}Poge-2{:[" Box "," RD for "," Interirdivol "," clock time "],[," interval time "," time ",3],[1,1,3,7],[2,4,4,13],[3,5,6,vdots],[14,vdots,vdots],[" Moteriol "," B "(100kg" lbox "),],[,,],[" Box "," clock time ",],[1,6 ... See the full answer