Distinguish between multi-model and mixed-model assembly lines. Q. B8 (a) (6 marks) (b) The 3-month master production schedule for a JIT final assembly line that manufactures three products X, Y and Z is shown below. Explain how this is translated into a detailed assembly-line production schedule, Month Product 1 2 3 2000 3200 3000 Y 3000 1700 2000 Z 1500 1400 1000 (8 marks) (c) The diagram below shows two stations, WC1 and WC2 on a JIT feeder line with material flow from left to right. The downstream station has two standard containers at its inbound stock point, one of which is currently being consumed. Assuming the feeder line operates a two-card kanban system, explain step-by-step the process by which material is replenished once the currently open container is emptied at the inbound stockpoint of WC2. P-kanban box 1 G kanban box WC 1 WC 2 lor Inbound stock point Outbound stock point Work centre 2 Inbound stock point Work centre 1 Outbound stock point (6 marks) Distinguish between multi-model and mixed-model assembly lines. Q. B8 (a) (6 marks) (b) The 3-month master production schedule for a JIT final assembly line that manufactures three products X, Y and Z is shown below. Explain how this is translated into a detailed assembly-line production schedule, Month Product 1 2 3 2000 3200 3000 Y 3000 1700 2000 Z 1500 1400 1000 (8 marks) (c) The diagram below shows two stations, WC1 and WC2 on a JIT feeder line with material flow from left to right. The downstream station has two standard containers at its inbound stock point, one of which is currently being consumed. Assuming the feeder line operates a two-card kanban system, explain step-by-step the process by which material is replenished once the currently open container is emptied at the inbound stockpoint of WC2. P-kanban box 1 G kanban box WC 1 WC 2 lor Inbound stock point Outbound stock point Work centre 2 Inbound stock point Work centre 1 Outbound stock point (6 marks)