II. APPLICATION & ANALYSIS. FLOW ANALYSIS OF CYCLE TIME. (15 Marks) Direction: Analyze the following process model. Given the parts, and assigned variables and values to activities and paths, answer the following questions: 10ay Deci Other 3 days Receive Offer Rece Invoice Customer Accep Omer 1 day Send" Payment 2 days 0+ Rece Goods 6 days Receve Payment Sena" Dispatx Oooos Send Online Shop Receivers Cotion 2 days Receive Decin Invoice 1.5 days 2 days 3 days 1 day 5 1 day Question Requirement: Calculate for the Average Cycle Time (CT) Instruction: To perform the operations to calculate for the Average Cycle Time of the given process model, the steps to follow are: In answering the questions, copy the questions into the Output Area and write your answers after each question. 1. Identify the pattern/path of each highlighted part of the process model. Start from where the trigger is. (0.5 mark each part = 1.5 marks) 2. Determine the equation of each pattern. (1 mark each - 3 marks) 3. Formulate the equation for each pattern according to the labels/variables assigned. (1 mark for each derived equation = 3 marks) Substitute the values assigned to each variable in each derived equation (1 mark for each equation - 3 marks) Calculate for each Average Cycle Time (CT) in the derived equation, (1 mark for each calculated oquation = 3 marks) Calculate for the overall Average Cycle Time (CT). (1.5 marks) 4. 5. 6. II. APPLICATION & ANALYSIS. FLOW ANALYSIS OF CYCLE TIME. (15 Marks) Direction: Analyze the following process model. Given the parts, and assigned variables and values to activities and paths, answer the following questions: 10ay Deci Other 3 days Receive Offer Rece Invoice Customer Accep Omer 1 day Send" Payment 2 days 0+ Rece Goods 6 days Receve Payment Sena" Dispatx Oooos Send Online Shop Receivers Cotion 2 days Receive Decin Invoice 1.5 days 2 days 3 days 1 day 5 1 day Question Requirement: Calculate for the Average Cycle Time (CT) Instruction: To perform the operations to calculate for the Average Cycle Time of the given process model, the steps to follow are: In answering the questions, copy the questions into the Output Area and write your answers after each question. 1. Identify the pattern/path of each highlighted part of the process model. Start from where the trigger is. (0.5 mark each part = 1.5 marks) 2. Determine the equation of each pattern. (1 mark each - 3 marks) 3. Formulate the equation for each pattern according to the labels/variables assigned. (1 mark for each derived equation = 3 marks) Substitute the values assigned to each variable in each derived equation (1 mark for each equation - 3 marks) Calculate for each Average Cycle Time (CT) in the derived equation, (1 mark for each calculated oquation = 3 marks) Calculate for the overall Average Cycle Time (CT). (1.5 marks) 4. 5. 6