Using the following information, develop the optimal-cost solution. Project cost (indirect cost) are 2 000 SAR per day. 1. Determine an optimum crashing plan. 2. Graph the total costs for the plan. Activity Normal Crashing potential Cost per day to time (days) crash (SAR) A 5 3 600 B 3 2 100 2 300 D 2 400 E 200 F 4 150 2 250 H 2 350 1 2 2 J 3 1 550 K 3 L 2 450 4 5 2 6 1 3 4 3 4 Cycle Activity to Can be Days shorten shorten shortened Cost per Cost for day cycle Total crashing cost Project Duration Total cost 0 1 2 . Using the following information, develop the optimal-cost solution. Project cost (indirect cost) are 2 000 SAR per day. 1. Determine an optimum crashing plan. 2. Graph the total costs for the plan. Activity Normal Crashing potential Cost per day to time (days) crash (SAR) A 5 3 600 B 3 2 100 2 300 D 2 400 E 200 F 4 150 2 250 H 2 350 1 2 2 J 3 1 550 K 3 L 2 450 4 5 2 6 1 3 4 3 4 Cycle Activity to Can be Days shorten shorten shortened Cost per Cost for day cycle Total crashing cost Project Duration Total cost 0 1 2