Given the information below: (Use normal time to calculate original path) a) Which activity(s) should be...

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Given the information below: (Use normal time to calculate original path) a) Which activity(s) should be crashed and what is the cost to reduce the project completion time from 22 to 21 days? b) Which activity(s) should be crashed and what is the cost to reduce the project completion time from 21 to 20 days? c) Which activity(s) should be crashed and what is the cost to reduce the project completion time from 20 to19 days? d) What is the total cost to reduce the project from the original normal completion time to 19 days? Immediate Predecessors Activity Normal time Crash time Normal cost Crash cost $3,500 $3,600 6. $3,500 $4.300 A $3,300 $3,900 A.B $2,200 $2,900 $1,700 $2.200 D.E $2.000 $3,600 $1.900 $2,550 FG $1.200 $1.750 4 424 2523 ABCD EFGH Given the information below: (Use normal time to calculate original path) a) Which activity(s) should be crashed and what is the cost to reduce the project completion time from 22 to 21 days? b) Which activity(s) should be crashed and what is the cost to reduce the project completion time from 21 to 20 days? c) Which activity(s) should be crashed and what is the cost to reduce the project completion time from 20 to19 days? d) What is the total cost to reduce the project from the original normal completion time to 19 days? Immediate Predecessors Activity Normal time Crash time Normal cost Crash cost $3,500 $3,600 6. $3,500 $4.300 A $3,300 $3,900 A.B $2,200 $2,900 $1,700 $2.200 D.E $2.000 $3,600 $1.900 $2,550 FG $1.200 $1.750 4 424 2523 ABCD EFGH

Answer rating: 100% (QA)

Crash cost per week for each activity is Crash Cost Normal Cost Normal time Crash time For A 3600 3500 54 100 For B 4300 3500 6 4 400 For C 3900 3300 ... View the full answer