Only need help with Process Change 2!! (Output rate for task 4 = 10 units/hr and task 5 = 20 units/hr)

Problem 1: Current Process: The flowchart shown below depicts a repetitive process. Each box represents a workstation with one worker assigned to complete each task. Therefore, there are a total of five workers for the current process. Task 1 Task 2 Task 3 Task 4 Task 5 3 min 2 min 4 min 6 min 3 min 1. What is the output rate (in units per hour) from the Task 4 workstation and Task 5 workstation? Task 4 Task 5 2. What is the bottleneck? 3. What is the cycle time of the process (in minutes per unit)? 4. What is the output rate (in units per hour) for the process (i.e., process capacity)? 5. What is the labour productivity (in units per labour hour) of the process? 6. How many units can this process produce in 4 hours? Proposed Process Change 1: The first proposed change retains the existing five workers completing their current tasks and then an additional worker is hired to work at the bottleneck, doubling its capacity. 1. What is the cycle time of the process (in minutes per unit)? 2. What is the output rate (in units per hour) for the process (i.e., process capacity)? 3. What is the labour productivity (in units per labour hour) of the process? 4. What is the percent change in labour productivity between the current and the first proposed process design? Proposed Process Change 2: A second proposal would hire an additional worker to join the existing five workers. Three workers would be trained and resourced to carry out jobs made up of the current Tasks 1, 2, and 3; similarly, the other three workers would each be trained and resourced to complete the work of the current Tasks 4 and 5. 1. What is the cycle time of the process (in minutes per unit)? 2. What is the output rate (in units per hour) for the process (i.e., process capacity)? 3. What is the labour productivity (in units per labour hour) of the process? 4. What is the percent change in labour productivity between the current and the second proposed process design