please help me solve ALL of it even if it looks like i tried to answer

5. - $ Points - Badger Worldwide plans to manufacture its new line of chairs at a plant in Southeastern Wisconsin. It has determined that it must produce 300 chairs per 10 -hour day to meet the forecasted demand for the product. Use line balancing and the information below to create a simple product layout for the manufacturing plant. Answer the questions below and show your work just as we did in the line balancing examples. Note: The precedence diagram is shown in a separate pdf file also. Instructions: Determine the Number of Followers for each task and the total of the task times in the table above. Then answer the questions on the next page. Problem 5: Precedence Diagram Calculate the required Cycle Time per unit. If you calculate a fractional value, round up to an integer value. Cycle Time = Operating Time per Day/Desired Output Rate Note: Operating Time must be converted to the same time units as task times. Cycle Time =(10 hours * 60min/ hour * 60sec/min)/300=120 seconds / unit Calculate the Theoretical Minimum Number of Workstations. Theoretical Minimum Number of WS = Sum of Task Times/Cycle Time Note: To avoid being short processing capacity, the number of workstations must always be rounded up. Theoretical Minimum 311/120=3 workstations Balance the line using the table on the next page. Using the previously calculated Cycle Time, assign tasks to workstations using the Greatest Number of Followers Rule. Note: In the case of a tie, the task with the longest task time should be assigned first to a workstation