Question: 49. Below are the data for a Time-Cost CPM Scheduling model analysis. The time is in days and the costs include both direct and indirect

49. Below are the data for a Time-Cost CPM
49. Below are the data for a Time-Cost CPM Scheduling model analysis. The time is in days and the costs include both direct and indirect costs. Activity A B D E Immediate Predecessor None A A B and C D Normal Time 3 4 5 3 2 Crash Time: 2 3 5 2 1 Normal Cost $200 $300 $300 $700 S500 Crash Cost $400 $600 $300 $750 $900 What are the total time of this project and total normal cost? A. Total time is 12 days, total cost is $1800 B. Total time is 13 days, total cost is $2000 C. Total time is 11 days, total cost is $1600 D. Total time is 14 days, total cost is $1600 E. Total time is 17 days, total cost is $2000 50. Using the same information given in #49, answer the following. If you crash this project to reduce the total time by one day what is the total time of the project and total cost? A. Total time is 13 days, total cost is $2300 B. Total time is 11 days, total cost is $2000 C. Total time is 12 days, total cost is $2050 D. Total time is 12 days, total cost is $2200 E. Total time is 11 days, total cost is $1850

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