Information provided in the table below relates to a small project for refurbishing a dance studio. All durations are in days, and costs are in dollars. Compute the total direct cost for each project duration using the least cost method, and determine the optimal total cost for the project. Make sure to provide the answers against each step of the calculation in corresponding spaces. Initial Setting Activity ID Predecessor Normal Duration Normal Cost Max Crash Time Crash Cost (slope) A 3 300 0 A 500 1 80 200 0 400 1 120 600 2 120 200 0 500 100 300 B C D E F G H A A B, F C D EG 5 2 4 6 2 5 2 3 B8 358 8 E 14 8 6 14 2 0 0A3 033 All answers in whole numbers Project Duration Project Cost-$ 3 B8 358 3C5 4 26 3D7 549 days 5 F 7 628 7 G 12 9 5 14 8 E 14 8 6 14 14 H 16 14 2 16 Maps 3 B8 358 3 C 5 4 26 3D7 5 49 0 A 3 14 H 16 5 F7 0 3 3 14 2 16 628 7 G 12 9 5 14 All answers in whole numbers Project Duration= days Project Cost-$ Note: up to 3 activities can be selected but please only select the number required. If not required, select N/A for that dropdown box For example if only Activity A, then Crash Activity A and N/A and N/A Crash Activity and and by one day, each: added cost $ Project Duration= days 8E14 86 14 MORE poctivities can be senected not please ony sesect the mamber requires not required, sesect N/A for that ap For example it only Activity Athen Crash Activity A and N/A and N/A and and by one day, each added cost $ by one day, each: added cost $ by one day, each added cost $ Crash Activity Project Duration Project Cost $ Crash Activity Project Duration= Project Cost $ Crash Activity Project Duration= Project Cost $ and and days days and and days Crash Activity Project Duration - Project Cost-$ Crash Activity Project Duration= Project Cost = $ Duration Direct Cost Final (Selected) Project Duration: Optimal Total Cost: $ and and days days and and Indirect Cost 800 600 400 200 days by one day, each: added cost $ by one day, each: added cost $ Total Cost D