QUESTION SCENARIO A simple flow process starts at 5tation 1, goes to Station 2 and ends after Station 3. Theprocessdoes 5 jobsanhour. \begin{tabular}{|l|c|l|l|l|} \hline The processing time at Station 1 is & 10 & minutes. The number walting at Station 1= & 1 \\ \hline The processing time at Station 2 is & 12 & minutes. The number waiting at Station 2= & 4 \\ \hline The processing time at Station 3 is & 9 & minutes. The number waiting at Station 3= & 0.1 \\ \hline \end{tabular} 1 Draw the process flow diagrans below, shewing the throughput rafe. Insert given data and calculate other variables in Little's Law BEL.OW the activity. Remember to keep the walting data separate frem the doing data and that T and R have to have the same dimension of time. SCENAPIO: A triage system has been proposed for the energency room, On average 30 patients per hour arrive. The emergency room trage system works as folows. Firs, patients who are entering must stand in fne to reglater, then they are registered. Afler registrition they are quickly examined by a nurse practitioner who classifies them as needing only a Simple Prescription or as Polential Admissions to the hosphal Those cassfied as Simple Presciptions are moved to one section of the emergency toom and those classitiod as Potental Admissions are taken to another section of the emergency area. This thage exam hduding the decision time takes 5 minutes. Statistics show that on average, 11 patients are waiting to register; 5 patients ar waiting to be seen by the triagenurse; the actusl regiatation takes 2 minutes per patient. The Simple Prescription area. has on averabe. 10 patients waiting to be seen by a docton; the Potential Admiswons areahas 1 patients waiting to be seen on average bya doctor. Each patient seen in thesimple Prescription area takes. 5 minutes of a doctor's time, each patient seen in the Potential Admisions areatakes 60 minutes of adoctor's of allime. and the triage nurse is 100x accurate 2. Oraw the process flow diagam and thow the triage decivon as a diamond. Show the Admisilons MD AfTER the triage diamond, show the PAEsCRIPnON MD AfrE the triagediamond. liemember to keep the doing separate trom the waiting. Use Lttle's Law to calculate unienown third variable at each activity. 3 What is the total number of patients being served at one time in this ED? | system = 4 What is the total flow time of admitted patients? Tadmit == 5 What is the average flow time of patients exiting this system