Module 8 activity: Project Expediting Activity to be solved in teams (same project teams) Crash time Crash cost Predecessor (days) [3} U1 4:. wmmmmN-n-w NN-h-HMH-h-H A B C D E F G H I Consider the project shown above. 1. Draw the network diagram, find the critical path and total duration of the project. Calculate the total normal cost of the project. Calculate the crash cost per week per activity. 2. Crash the project to 14 days and indicate: a. What activities were crashed and how many days each b. Total cost of the project crashed to 14 days 3. 0n the same network continue crashing the project to 13 days and indicate: a. What activities were crashed and how many days b. Total cost of the project crashed to 13 days 4. Crash the project to its minimum duration [the fastest it can be completed), and indicate: a. For the following paths indicate to what duration can each be crashed, and if they need to be fully crashed: 0 Path ACF 0 Path ADG 0 Path BEH b. Total duration of the project crashed to its minimum. c. Total cost to crash the project to its minimum duration 5. Management gives you the following overhead (Indirect) costs: If the project is completed in 15 days, overhead cost is $90 If the project is completed in 14 days, overhead cost is $70 If the project is completed in 13 days, overhead cost is 550 If the project is completed at its minimum duration, overhead cost is $30 Calculate total cost per duration and define which will be the optimal duration of the project. Note: You can solve this problem using the attached excel template or by hand. if you solve t by hand, make sure your handwriting and pictures are readabie