There are 5 workstations. All flow units on a path go to the queue in front of the appropriate workstation before entering the process. This is a stable process. The flow rate is customers an hour. the average processing time at Step 1=8 the average processing time at Step 2=5 the average processing time at Step 3=4 the average processing time at Step 4=10 the average processing time at Step 5=5 All flow units enter and go to Step 1. When theyfinish Step 1, go to Step 2. When they finish Step 2 Step 3, whi go to Step 4 and the rest go to Step 5 . All units that finish Step 3 EXIT. BUT, of units that finish Step 4 go to Step 3. The remaining units leaving Step 4 go to Step 5 When units that went to Step 5 finish Step 5 , EXIT. Finish drawing the process flow diagram, enter the data below the correct symbols and calculate the third variable fo activity using Little's Law (I=RT). How many flow units are in the system in the above questions? Isystem= What is the average flow time of those units exiting after completing path through Step 3? NOTE: There are two paths exiting after Step 3. The weight on each path exiting after 3 is the percent of R that path represents What is the average flow time of flow units exiting this system (i.e., flow time through the syst Tsystem=