Week 9 Assignment - Crashing a Project . Complete the worksheets below to calculate the total costs for each duration of the project. In each worksheet: Fill in the values in all boxes, including the letter x where appropriate Respond everywhere you see an underscore (the cost questions and the question at the end) Highlight the box(es) for the activities that you crashed Add emphasis to arrows to show the critical path(s) (see example and note in the first worksheet below). . . . Normal time Activity Crash cost (slope) A Max crash time 2 20 Normal cost 60 40 Indirect Costs Time Units Costs B 40 3 4 D 10 1 2 10 E 6 90 50 1 2 100 20 F 4 G 40 2 3 60 H 30 1 3 40 1 100 1 110 2. Total: 470 Project duration: 16 time units (indirect costs, $1800) A G B E Total direct cost for this duration: Total project cost for this duration: Project duration: 15 time units (indirect costs, $1600) A F B E H Total direct cost for this duration: Total project cost for this duration: Project duration: 14 time units (indirect costs, $1500) A F B E H Total direct cost for this duration: Total project cost for this duration: Project duration: 13 time units (indirect costs, $1300) A F B E Total direct cost for this duration: Total project cost for this duration: Project duration: 12 time units (indirect costs, $1250) A C F D B E H Total direct cost for this duration: Total project cost for this duration: Project duration: 12 time units (indirect costs, $1250) A C D B E H Total direct cost for this duration: Total project cost for this duration: No need to crash beyond this point. Just respond to the following question: What is the optimum cost-time point for the project (i.e. the duration that produces the lowest overall cost)? Provide the number of time units and the total project costs for that time unit