1 3 6. Determine the estimated cost of the work performed each week given the tasks with their associated costs and schedules - shown in the following table (Table 7-4). When a task spans more than one week, the costs should be divided equally among the weeks Table 7-4 Week Task Cost (5) Start Finish Excavation 2.200 Footings and Foundation 19,600 2 3 Waterproofing 900 3 Backfill and Under Slab Gravel 2,000 Slab on Grade 22,300 Masonry 54,000 5 7 Structural Steel 2,400 8 Joist and Deck 11.900 8 Hollow Metal Doors and Hardware 2,100 9 Overhead Doors 10,100 9 Skylights 5,800 9 Roof Insulation 5,600 10 10 Membrane Roofing 13,000 10 10 Heating 15,600 11 11 Electrical 29,800 12 Cleanup 1.000 12 12 7. (Show all steps in your calculations) A project consists of six tasks. Task A is to begin at the start of Week 1 and finish at the end of Week 4. Tak Bis scheduled to begin at the start of Weck I and finish at the end of Week 2 Task is scheduled to begin at the start of Week 3 and finish at the end of Week 4. Task D is scheduled to begin at the start of Week I and end at the end of Week 1 Task Eis scheduled to start at the beginning of Week 2 and end at the end of Week 4. Task Fis schedule to begin at the start of Week 4 and at the end of Week 4. The budgeted cost for Task A is $10.000. Task B is $2,000 for Task C is $3,000,for Task Dis $1,000 for Task Eis 56.000 and for Task F is $4,000. At the end of the third week. Task A is 80%. Task B is 100% complete. Task Cis 40% complete. Task Dis 100%. Task Eis 55% complete and Task F has not yet started. What is the SPI for the project at the end of the third week? b. The ACWP at the end of the third week for the project is $16.500. Determine the CP1 for the project. c. Determine the total estimated cost at completion and estimated cost to complete for the project assuming the CPI remains the same through the remainder of the job. 8. On a design-build project, who assumes the responsibility for developing a design that meets the owner's requirements that can be constructed for the established budget? 6. Determine the estimated cost of the work performed each week given the tasks - with their associated costs and schedules - shown in the following table (Table 7-4). When a task spans more than one week, the costs should be divided equally among the weeks. Table 7-4 Week Task Cost (S) Start Finish Excavation 2,200 1 1 Footings and Foundation 19,600 2 3 Waterproofing 900 3 3 Backfill and Under Slab Gravel 2,000 4 4 Slab on Grade 22,300 4 4 Masonry 54,000 5 7 Structural Steel 2,400 8 Joist and Deck 11,900 8 8 Hollow Metal Doors and Hardware 2,100 9 9 Overhead Doors 10,100 9 9 Skylights 5,800 9 Roof Insulation 5,600 10 10 Membrane Roofing 13,000 10 10 Heating 15,600 11 11 Electrical 29,800 11 12 Cleanup 1,000 12 12 0000 7. (Show all steps in your calculations) A project consists of six tasks. Task A is to begin at the start of Week 1 and finish at the end of Week 4. Task Bis scheduled to begin at the start of Week I and finish at the end of Week 2. Task is scheduled to begin at the start of Week 3 and finish at the end of Week 4. Task D is scheduled to begin at the start of Week I and end at the end of Week 1 Task E is scheduled to start at the beginning of Week 2 and end at the end of Week 4. Task Fis schedule to begin at the start of Week 4 and at the end of Week 4. The budgeted cost for Task A is $10,000. Task Bis $2.000. for Task C is $3.000, for Task Dis $1,000, for Task Eis $6,000 and for Task Fis 54.000. At the end of the third week. Task A is 80%. Task B is 100% complete. Task C is 40% complete. Task Dis 100%, Task Eis 55% complete and Task F has not yet started. a. What is the SPI for the project at the end of the third week? b. The ACWP at the end of the third week for the project is $16,500. Determine the CPI for the project. c. Determine the total estimated cost at completion and estimated cost to complete for the project assuming the CPI remains the same through the remainder of the job. 8. On a design-build project, who assumes the responsibility for developing a design that meets the owner's requirements that can be constructed for the established budget? 1 3 6. Determine the estimated cost of the work performed each week given the tasks with their associated costs and schedules - shown in the following table (Table 7-4). When a task spans more than one week, the costs should be divided equally among the weeks Table 7-4 Week Task Cost (5) Start Finish Excavation 2.200 Footings and Foundation 19,600 2 3 Waterproofing 900 3 Backfill and Under Slab Gravel 2,000 Slab on Grade 22,300 Masonry 54,000 5 7 Structural Steel 2,400 8 Joist and Deck 11.900 8 Hollow Metal Doors and Hardware 2,100 9 Overhead Doors 10,100 9 Skylights 5,800 9 Roof Insulation 5,600 10 10 Membrane Roofing 13,000 10 10 Heating 15,600 11 11 Electrical 29,800 12 Cleanup 1.000 12 12 7. (Show all steps in your calculations) A project consists of six tasks. Task A is to begin at the start of Week 1 and finish at the end of Week 4. Tak Bis scheduled to begin at the start of Weck I and finish at the end of Week 2 Task is scheduled to begin at the start of Week 3 and finish at the end of Week 4. Task D is scheduled to begin at the start of Week I and end at the end of Week 1 Task Eis scheduled to start at the beginning of Week 2 and end at the end of Week 4. Task Fis schedule to begin at the start of Week 4 and at the end of Week 4. The budgeted cost for Task A is $10.000. Task B is $2,000 for Task C is $3,000,for Task Dis $1,000 for Task Eis 56.000 and for Task F is $4,000. At the end of the third week. Task A is 80%. Task B is 100% complete. Task Cis 40% complete. Task Dis 100%. Task Eis 55% complete and Task F has not yet started. What is the SPI for the project at the end of the third week? b. The ACWP at the end of the third week for the project is $16.500. Determine the CP1 for the project. c. Determine the total estimated cost at completion and estimated cost to complete for the project assuming the CPI remains the same through the remainder of the job. 8. On a design-build project, who assumes the responsibility for developing a design that meets the owner's requirements that can be constructed for the established budget? 6. Determine the estimated cost of the work performed each week given the tasks - with their associated costs and schedules - shown in the following table (Table 7-4). When a task spans more than one week, the costs should be divided equally among the weeks. Table 7-4 Week Task Cost (S) Start Finish Excavation 2,200 1 1 Footings and Foundation 19,600 2 3 Waterproofing 900 3 3 Backfill and Under Slab Gravel 2,000 4 4 Slab on Grade 22,300 4 4 Masonry 54,000 5 7 Structural Steel 2,400 8 Joist and Deck 11,900 8 8 Hollow Metal Doors and Hardware 2,100 9 9 Overhead Doors 10,100 9 9 Skylights 5,800 9 Roof Insulation 5,600 10 10 Membrane Roofing 13,000 10 10 Heating 15,600 11 11 Electrical 29,800 11 12 Cleanup 1,000 12 12 0000 7. (Show all steps in your calculations) A project consists of six tasks. Task A is to begin at the start of Week 1 and finish at the end of Week 4. Task Bis scheduled to begin at the start of Week I and finish at the end of Week 2. Task is scheduled to begin at the start of Week 3 and finish at the end of Week 4. Task D is scheduled to begin at the start of Week I and end at the end of Week 1 Task E is scheduled to start at the beginning of Week 2 and end at the end of Week 4. Task Fis schedule to begin at the start of Week 4 and at the end of Week 4. The budgeted cost for Task A is $10,000. Task Bis $2.000. for Task C is $3.000, for Task Dis $1,000, for Task Eis $6,000 and for Task Fis 54.000. At the end of the third week. Task A is 80%. Task B is 100% complete. Task C is 40% complete. Task Dis 100%, Task Eis 55% complete and Task F has not yet started. a. What is the SPI for the project at the end of the third week? b. The ACWP at the end of the third week for the project is $16,500. Determine the CPI for the project. c. Determine the total estimated cost at completion and estimated cost to complete for the project assuming the CPI remains the same through the remainder of the job. 8. On a design-build project, who assumes the responsibility for developing a design that meets the owner's requirements that can be constructed for the established budget