Solve the linear programming model and make the minimum cost crashing decisions. What is the added cost of meeting the 16-week completion time? Round your answers to the nearest dollar. If your answer is zero enter 0.

The critical path calculation shows B-D-E-F-H is the critical path, and the expected project completion time is 31 weeks. After viewing this information, management requested overtime be used to complete the project in 16 weeks. Thus, crashing of the project is necessary. The following information is relevant:

Develop a complete activity schedule based on the crashed activity times. If your answer is zero enter 0

Problem 9-20 (Algorithmic) Norton Industries is installing a new computer system. The activities, the activity times, and the project network are as follows: Activity Time Activity Time 3 E 5 B 10 F 5 4 G 5 D 6 H 5 A c E F Start H Finish D B G Time (weeks) Normal Crash Cost ($) Normal Crash Activity A 3 900 1 3 B 10 4 1 2000 500 1800 1700 4000 1000 2400 1850 3900 D 6 3 0 0 0 0 I E 5 3 1500 F 5 1 3000 G 5 4 8000 9800 H 5 2 1000 2000 Activity Crash Time New Time Crash Cost ($) A . B D lllll||| lllllIII Joulukuu E F G I Total Crashing Cost: Earliest Latest Earliest Latest Critical Activity Start Start Finish Finish Slack Activity B D E F G H Critical Path: A-C-D-E-F-H A-C-G-H B-D-E-F-H B-G-H Check My Work 3 'A-C-D-E-F-- and B-D-E-F-4 hing. B-D-E-F-H and A-C-G-H B-D-E-F-H and B-G-H All activities are critical All work saved