30. Consider the Scoot & Go Rider made by the Processed Plastic Company (PPC). Suppose that PPC has received a rush order from Walmart for 8,800 units to be shipped in five days. @ LOS . Assuming 16-hour workdays, calculate the cycle time b. Start with the body on the table, and assume all parts are within reach. Draw a precedence network for the following activities, which are required to assemble a Scoot & Go Rider Standard Time (seconds) Immediate Predecessors Activity 7 a. Insert the steering wheel subassembly into the body. 10 Hammer the front (short) axle into a pal nut (using the pal nut tool). 5 c. Slide a wheel into the component resulting from b, 5 . Pass component resulting from e through the steering shaft hole 4 Slide a wheel into component resulting from d. 12 4. Hammer the component resulting from e into a pal nut (using the pal nut tool) 10 8. Hammer the rear (long) axle into a pal nut (using the pal nut tool). 30. Consider the Scoot & Go Rider made by the Processed Plastic Company (PPC). Suppose that PPC has received a rush order from Walmart for 8,800 units to be shipped in five days. @ LOS . Assuming 16-hour workdays, calculate the cycle time b. Start with the body on the table, and assume all parts are within reach. Draw a precedence network for the following activities, which are required to assemble a Scoot & Go Rider Standard Time (seconds) Immediate Predecessors Activity 7 a. Insert the steering wheel subassembly into the body. 10 Hammer the front (short) axle into a pal nut (using the pal nut tool). 5 c. Slide a wheel into the component resulting from b, 5 . Pass component resulting from e through the steering shaft hole 4 Slide a wheel into component resulting from d. 12 4. Hammer the component resulting from e into a pal nut (using the pal nut tool) 10 8. Hammer the rear (long) axle into a pal nut (using the pal nut tool)