2. (6+6+10+4+4+4) Data for a very small project are tabulated as: b Estimated Duration Activity Optimistic Most Likely Required Resources Preceding Activities Pessimistic Resource-1 Resource-2 M Resource-3 1 3 5 None 5 0 3 N 0.50 1 3 None 1 1 N 1 1 2 None 1 1 1 Q 2 3 6 M 2 0 3 B DC 1 3 4 N 0 0 0 1.50 2 2 2 P 4 N 2 Maximum quantity of resources available: 5 2 3 a) Determine the Density ( 3 ) of the project. b) Determine the Resource Utilization ( of the project. c) Compute the Project Network Complexity (1) value. d) What is the minimum number of Bench Marks this project must have? e) What is the sustainability level of this project? f) What type of complexity does this project network have? S1812 EXTRA CREDIT (5) g) Continuing with parts: b &e, if the project manager has to ask for more resources, which resource(s) he/she MUST request to have reasonable sustainability 2. (6+6+10+4+4+4) Data for a very small project are tabulated as: b Estimated Duration Activity Optimistic Most Likely Required Resources Preceding Activities Pessimistic Resource-1 Resource-2 M Resource-3 1 3 5 None 5 0 3 N 0.50 1 3 None 1 1 N 1 1 2 None 1 1 1 Q 2 3 6 M 2 0 3 B DC 1 3 4 N 0 0 0 1.50 2 2 2 P 4 N 2 Maximum quantity of resources available: 5 2 3 a) Determine the Density ( 3 ) of the project. b) Determine the Resource Utilization ( of the project. c) Compute the Project Network Complexity (1) value. d) What is the minimum number of Bench Marks this project must have? e) What is the sustainability level of this project? f) What type of complexity does this project network have? S1812 EXTRA CREDIT (5) g) Continuing with parts: b &e, if the project manager has to ask for more resources, which resource(s) he/she MUST request to have reasonable sustainability