1. In the process below, as shown after step 1, 60% of the flow units go through step 2 and 4, and the rest of the original flow units go to step 3. 1-1. Determine the value of T, 12, T3, and T. (i.e., the flow times and inventories that are not given in the process flowchart below). Do not forget to first convert units if needed, before using them in the formula (8 points) Step 2 T2=2 days Step 4 14=120 60% R1=1,000 applications per month Start Ste 11= 200 End Step 3 13-100 1-2. 1-3. Among the 2 paths above, which one is the critical path? Show the steps toward making this conclusion (3 points) Assume that for step 3, there are 10 resources, and the unit load is the same as what you've calculated in section 4-1 as the flow time (T3). What is the resource capacity for this resource pool accordingly?(3 points) Accordingly, based on the comparison of capacity to the inflow rate for the step 3, calculate the safety capacity for this resource pool (3 points) 1-4. 1. In the process below, as shown after step 1, 60% of the flow units go through step 2 and 4, and the rest of the original flow units go to step 3. 1-1. Determine the value of T, 12, T3, and T. (i.e., the flow times and inventories that are not given in the process flowchart below). Do not forget to first convert units if needed, before using them in the formula (8 points) Step 2 T2=2 days Step 4 14=120 60% R1=1,000 applications per month Start Ste 11= 200 End Step 3 13-100 1-2. 1-3. Among the 2 paths above, which one is the critical path? Show the steps toward making this conclusion (3 points) Assume that for step 3, there are 10 resources, and the unit load is the same as what you've calculated in section 4-1 as the flow time (T3). What is the resource capacity for this resource pool accordingly?(3 points) Accordingly, based on the comparison of capacity to the inflow rate for the step 3, calculate the safety capacity for this resource pool (3 points) 1-4