Question: 1. Based on the given table below, answer the questions. (40 points) Show all calculation steps in the answers Activity Time fucks Co (KD) Max.

1. Based on the given table below, answer the
1. Based on the given table below, answer the
1. Based on the given table below, answer the questions. (40 points) Show all calculation steps in the answers Activity Time fucks Co (KD) Max. Cras Slops NCC 7.300 9 100 10 4000 B 11 13 20 IS 13 19 13 do 1570000 F G H 1 14 CPM is ACEFIJ a) Calculate the Max. Crashing Time and Slope for each activity. (10 points) b) Crash the project (reduce the duration) for 7 weeks. (15 points) c) What is the total cost of the project before and after crashing? Explain the costs included in the calculation briefly. (10 points) d) What is the Max. Crashing time for the overall of the project? Explain briefly (meaning that how many weeks you can perform crashing) (5 points) 2. Explain the cost structure for the reducing the project duration (crashing). Which cost is used to crash the project? Discuss why this cost is important to use for the crashing? (20 points) 3. Changing the scope one of the important factor to reduce (crash) the project duration. What other factors are important to be considered? Are there any risks associated with reducing the project duration? Briefly explain. (20 points) 4. Based on the given table below, answer the questions. (20 points) Show all calculation steps in the answers ID B Action Maximum Normal Crash Tim Tim Cordis Time Cost A 100210 5 160 1309210 D 10 190 E 3 6 170 CPM is ACEG a) Calculate the Max crash time and slope (10 points) b) Crash the project for 6 weeks, calculate the total cost after crash (10 points) Answers 1. 1. Based on the given table below, answer the questions. (40 points) Show all calculation steps in the answers ActivityTime (weeks) Cost (KD) Max. Crash Slope Time A B D E F G H 1 J Normal Crash Normal Crash 8 7 23000 24000 11 9 36000 390001 12 10 124000 28000 23 18 42000 45500 20 19 49000 52000 15 13 38000 39000 18 15 162500/70000 24 20 15000 18000 14 11 22000 25000 9 12500 15500 CPM is ACEFIJ a) Calculate the Max. Crashing Time and Slope for each activity. (10 points) b) Crash the project (reduce the duration) for 7 weeks. (15 points) c) What is the total cost of the project before and after crashing? Explain the costs included in the calculation briefly. (10 points) d) What is the Max. Crashing time for the overall of the project? Explain briefly (meaning that how many weeks you can perform crashing) (5 points) 2. Explain the cost structure for the reducing the project duration (crashing). Which cost is used to crash the project? Discuss why this cost is important to use for the crashing? (20 points) 3. Changing the scope one of the important factor to reduce (crash) the project duration. What other factors are important to be considered? Are there any risks associated with reducing the project duration? Briefly explain. (20 points)

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