his week you have three problems to solve. The first problem is a continuation of the PDM from Chapter 5 and your understanding of Restricted Float. The second problem is a LSM question from Chapter 11 of the textbook. The third problem is a LOB problem. Use the lecture notes and the handout on the Canvas Week 10 page as a reference. Students must show each formula used and their detailed calculations to received credit for these problems. 1. Chapter 5: Solve Example 5.2 (Page 115), using the interruptible activities method. Calculate the various Restricted Float values for all activities. This includes the DRF, SRF, and URF. The formulas are provided on Page 112 and Page 113. 2. Chapter 11: Solve problem 11.16 (Page 350), use a minimum one-day buffer between activities. This means whether the buffer is at the beginning or the end, be sure that activities are never closer than 1 day. Remember that there are 5,280 feet in a mile. 3. Use the weekly lecture notes and handout to solve the below problem using the LOB Method. For the eight-activity house shown below, each task in the network shows the man-hours needed and the number of crew