a$)$ Draw the "Flow Chart" of the process

b$)$ Draw the "Process Chart" $($look at Problem Solving Tools II$)$ of the job assignment in the link provided $($Three types of Process Charts are needed: Operator$-$Machine$-$Material$)$

Operation $($Job$)$: Servicing $($hand feeding spout pouches$)$ filling machine $-$dolum makinas$$n$$n servisimanuel besleme

$\backslash$table$[[\backslash$table$[[$Activity$-],[$Step Nr$]],$Activity$-$ Step $($short explanation of each step$-$write$),$Operator,Machine$],[,,,],[,,,],[,,,],[,,,],[,,,],[,,,],[,,,],[,,,]]$

c$)$ Draw the Man$-$Machine Activity Chart of the Process $($Man:Operator Machine:Filling machine$)$

d$)$ What is the cycle time? Can this cycle time be improved? Show your work, all your calculations, show how you found.....

e$)$ What is the production capacity hourly $($gr$/$hour and # bag$/$hour$)$ and daily $($capacity gr$/9$ hours$-$daily and # bag$/9$ hours$-$daily$)$ of the current situation?

f$)$ Given that the operator is paid $$\frac{5}{h}r$ and that filling machine cost $$\frac{20}{h}r$ to run, find the lowest cost operation $($How many machines should be assigned to an operator for lowest cost operations?$)$

g$)$ What is the production capacity hourly $($gr$/$hour and # bag$/$hour$)$ and daily $($capacity gr$/9$ hours$-$daily and # bag$/9$ hours$-$daily$))$ of the improved process you proposed in c$)?$

h$)$ What is the unit cost per bag $($Both for the current and of the improved process you proposed in c$)$ and e $)?$

i$)$ What is the efficiency of Operator and Machine$($s$)?($Both for the current and of the improved process you proposed in c$)$ and e$)?$