1) What is the critical path for the project shown in the above network and Table 3.2, using the normal times? 1. A) A-B-D-F 2. B) A-C-D-F 3. C) ACEF 4. D) A-B-C-D-E-F 2) Determine the information missing from Table 3.2; then answer the following questions. How many week(s) of crashing are available for activity D in Table 2.9 ? 1. A) 0 2. B) 1 3. C) 2 4. D) 6 3) How many week(s) of crashing are available for activity B in Table 3.2? 1. A) 0 2. B) 1 3. C) 2 4. D) 3 4) How many weeks of crashing are available for activity C in Table 3.2? 1. A) 0 2. B) 1 3. C) 2 4. D) 6 5) What is the crashing cost per week for activity A in Table 3.2? 1. A) $2,000 2. B) $3,000 3. C) $4,000 4. D) This activity cannot be crashed. 1) What is the critical path for the project shown in the above network and Table 3.2, using the normal times? 1. A) A-B-D-F 2. B) A-C-D-F 3. C) ACEF 4. D) A-B-C-D-E-F 2) Determine the information missing from Table 3.2; then answer the following questions. How many week(s) of crashing are available for activity D in Table 2.9 ? 1. A) 0 2. B) 1 3. C) 2 4. D) 6 3) How many week(s) of crashing are available for activity B in Table 3.2? 1. A) 0 2. B) 1 3. C) 2 4. D) 3 4) How many weeks of crashing are available for activity C in Table 3.2? 1. A) 0 2. B) 1 3. C) 2 4. D) 6 5) What is the crashing cost per week for activity A in Table 3.2? 1. A) $2,000 2. B) $3,000 3. C) $4,000 4. D) This activity cannot be crashed