35. 11.1 The production process shown in Exhibit 11.27 consists of five stages. The numbers in parentheses are the times in minutes to complete one unit before it moves on to the next stage. The demand rate is 36 units per hour. Exhibit 11.27. Bisgaes, Flagv for 04 141 Page 14 a. How many workers are needed at each stage if management wants a utilization of at least 90 percent? b. Suppose that the number of workers at each stage are as follows: Stage Number of Workers . B 3 5 D 2. 4 What is the output rate at each stage? c. Where is the bottleneck in this process? Stage Number of Workers A A 3 B 3 5 D 2 E 4. What is the output rate at each stage? c. Where is the bottleneck in this process? 35. 11.1 The production process shown in Exhibit 11.27 consists of five stages. The numbers in parentheses are the times in minutes to complete one unit before it moves on to the next stage. The demand rate is 36 units per hour. Exhibit 11.27. Bronnenboy for Stage C (6) Stage A (5) Stage B (3) Stage E (4) Stage D(4) 35. 11.1 The production process shown in Exhibit 11.27 consists of five stages. The numbers in parentheses are the times in minutes to complete one unit before it moves on to the next stage. The demand rate is 36 units per hour. Exhibit 11.27. Bisgaes, Flagv for 04 141 Page 14 a. How many workers are needed at each stage if management wants a utilization of at least 90 percent? b. Suppose that the number of workers at each stage are as follows: Stage Number of Workers . B 3 5 D 2. 4 What is the output rate at each stage? c. Where is the bottleneck in this process? Stage Number of Workers A A 3 B 3 5 D 2 E 4. What is the output rate at each stage? c. Where is the bottleneck in this process? 35. 11.1 The production process shown in Exhibit 11.27 consists of five stages. The numbers in parentheses are the times in minutes to complete one unit before it moves on to the next stage. The demand rate is 36 units per hour. Exhibit 11.27. Bronnenboy for Stage C (6) Stage A (5) Stage B (3) Stage E (4) Stage D(4)