Can someone help me with this Logistic exercise?

A diesel fork lift truck (FLT) with an average velocity of 18 km/h has a total working cycle time of 6 min. It loads lattice box pallets from a rack with 4 vertical pallet compartments and transport it to a de- palletising station. The FLT unloads the pallet to the ground. The path way (one direction) of the FLT contains two swing gates and four 90 corners. The technical parameters of the FLT are given in the following tables: Table 1: Loading of pallets (all values in seconds) FLT- Load Carrier Load Carrier stack place Type 1. 2. 3. 4. 5. T-Container 10.2 13.2 16.2 19.2 EFG Box-Pallet 6.6 12.6 19.8 24 (electro) Stake-Pallet 14.4 30.6 42.6 Flat-Pallet 13.2 22.2 28.2 T-Container T- 9 13.2 6 22.2 26.4 DFG Box-Palette 9 16.8 25.2 33 (diesel) Flat-Palette 12 21 30.6 39.6 Table 2: Unloading of pallets (all values in seconds) T-Container 6.6 12 17.4 22.8 27 Flat-Palette 12 21 30.6 39.6 Table 2: Unloading of pallets (all values in seconds) 6.6 12 17.4 22.8 27 T-Container EFG Box-Pallet (electro) Stake-Pallet 6.6 16.8 27 36.6 Flat-Pallet 9 14.4 19.2 24 29.4 T-Container T- DFG Box-Pallet (diesel) Flat-Pallet 9 18.6 27.6 30.6 12 23.4 34.8 45.6 Table 3: Time Supplements for Traveling (all values in seconds to 6 treturn 7.2 taswing 4.8 90 Cornering (min width of aisle) returning of the stack drive through swing gates drive through open gates - with step drive through open gates - without step travel of inclinations, load downwards 3.6 tastep tonostep tin 2.4 6 Subtasks: 1. Create a table and name the working cycle phases of a forklift truck in the right sequence. Specify or calculate the time supplements that must be taken into account during the individual phases for the given tasks 2. Based on the given working cycle time, calculate the displacement dependent time fraction of the total working cycle time for one direction. It is assumed that the duration of the displacement dependent time fraction is the same for both directions. 3. Calculate the average length of the forklift truck path for one direction. It is assumed that the length of the return path is equal to the length of the loaded path. A diesel fork lift truck (FLT) with an average velocity of 18 km/h has a total working cycle time of 6 min. It loads lattice box pallets from a rack with 4 vertical pallet compartments and transport it to a de- palletising station. The FLT unloads the pallet to the ground. The path way (one direction) of the FLT contains two swing gates and four 90 corners. The technical parameters of the FLT are given in the following tables: Table 1: Loading of pallets (all values in seconds) FLT- Load Carrier Load Carrier stack place Type 1. 2. 3. 4. 5. T-Container 10.2 13.2 16.2 19.2 EFG Box-Pallet 6.6 12.6 19.8 24 (electro) Stake-Pallet 14.4 30.6 42.6 Flat-Pallet 13.2 22.2 28.2 T-Container T- 9 13.2 6 22.2 26.4 DFG Box-Palette 9 16.8 25.2 33 (diesel) Flat-Palette 12 21 30.6 39.6 Table 2: Unloading of pallets (all values in seconds) T-Container 6.6 12 17.4 22.8 27 Flat-Palette 12 21 30.6 39.6 Table 2: Unloading of pallets (all values in seconds) 6.6 12 17.4 22.8 27 T-Container EFG Box-Pallet (electro) Stake-Pallet 6.6 16.8 27 36.6 Flat-Pallet 9 14.4 19.2 24 29.4 T-Container T- DFG Box-Pallet (diesel) Flat-Pallet 9 18.6 27.6 30.6 12 23.4 34.8 45.6 Table 3: Time Supplements for Traveling (all values in seconds to 6 treturn 7.2 taswing 4.8 90 Cornering (min width of aisle) returning of the stack drive through swing gates drive through open gates - with step drive through open gates - without step travel of inclinations, load downwards 3.6 tastep tonostep tin 2.4 6 Subtasks: 1. Create a table and name the working cycle phases of a forklift truck in the right sequence. Specify or calculate the time supplements that must be taken into account during the individual phases for the given tasks 2. Based on the given working cycle time, calculate the displacement dependent time fraction of the total working cycle time for one direction. It is assumed that the duration of the displacement dependent time fraction is the same for both directions. 3. Calculate the average length of the forklift truck path for one direction. It is assumed that the length of the return path is equal to the length of the loaded path