Are you able to help solve part c to g? All info provided below

Problem 9-09 (Algorithmic) At a local university, the Student Commission on Programming and Entertainment (SCOPE) is preparing to host its first rock concert of the school year. To successfully produce this rock concert, SCOPE has listed the requisite activities and related information in the following table (duration estimates measured in days). (ii) (iv) b. Compute the expected duration and variance of each activity. If required, round your answer to two decimals. If your answer is zero, enter "0". c. Determine the critical path in the project network. d. What is the expected duration and variance of the critical path? If required, round your answer to two decimals. Expected duration = Variance = d. What is the expected duration and variance of the critical path? If required, round your answer to two decimals. Expected duration = Variance = e. What is the likelihood that the project will be completed within 30 days? If required, round your answer to four decimals. Note: Use Appendix B to identify the probability, Likelihood = f. If activity B is delayed by six days beyond its early start time, how does this affect the expected project duration? If required, round your answer to one decimal place. A delay of 6 days to activity B affect the time to complete this project because activity B has a slack of to 2 decimal places and for probability values to 4 decimal places. For path B-D-F: z= Cumulative probability = For path A-F: z= Cumulative probability = P( entire project completed )= ies in the table the area under the e to the left of the ue. For example, for -0.85 , the cumulative ability is 0.1977 . Entries in the table give the area under the zurve to the left of the z value. For example, for =1.25, the cumulative Jrobability is 0.8944 . Problem 9-09 (Algorithmic) At a local university, the Student Commission on Programming and Entertainment (SCOPE) is preparing to host its first rock concert of the school year. To successfully produce this rock concert, SCOPE has listed the requisite activities and related information in the following table (duration estimates measured in days). (ii) (iv) b. Compute the expected duration and variance of each activity. If required, round your answer to two decimals. If your answer is zero, enter "0". c. Determine the critical path in the project network. d. What is the expected duration and variance of the critical path? If required, round your answer to two decimals. Expected duration = Variance = d. What is the expected duration and variance of the critical path? If required, round your answer to two decimals. Expected duration = Variance = e. What is the likelihood that the project will be completed within 30 days? If required, round your answer to four decimals. Note: Use Appendix B to identify the probability, Likelihood = f. If activity B is delayed by six days beyond its early start time, how does this affect the expected project duration? If required, round your answer to one decimal place. A delay of 6 days to activity B affect the time to complete this project because activity B has a slack of to 2 decimal places and for probability values to 4 decimal places. For path B-D-F: z= Cumulative probability = For path A-F: z= Cumulative probability = P( entire project completed )= ies in the table the area under the e to the left of the ue. For example, for -0.85 , the cumulative ability is 0.1977 . Entries in the table give the area under the zurve to the left of the z value. For example, for =1.25, the cumulative Jrobability is 0.8944