PARTS FROM ( A TO E ) PLS !

(min) 1. You are given the following worker-machine cycle involving loading and unloading two Machines. Machine Machine Worker Sequence Work element A time B Time time (min) (min) 1 Worker walks to tote pan containing raw stock 0.13 idk idic Worker picks up raw workpart and transports to 2 Machine A 0.23 idle idle Worker koads part into machine A and engages 3 machine semi-automatic cycle 0.12 idle idle Machine A runs semi-automatic cycle, worker 4 returns to raw stock area 0.13 0.75 idle Worker picks up raw workpart and transports to 5 Machine B 0.23 lidle le Worker kaads part into machine B and engages 6 machine semi-automatic cycle 0.12 idle 7 Machine B runs semi-automatic cycle . 0.75 8 Worker unloads finished part from machine A 0.10 Worker transports finished part and deposits into 9 tote pan 0.15 10 Worker walks to tote pan containing raw stock 0.131 Worker picks up raw workpart and transports to 11 0.23 Worker koads part into machine A and engages 12 machine semi-automatic cycle 0.12 13 Machine A runs semi-automatic cycle 0.751 14 Worker unloads finished part from machine B 0.101 Worker transports finished part and deposits into 15 tote pan 0.151 Machine A a. Determine the normal time for the total cycle assuming 90% performance rating per tote pan. b. Determine the standard time with a PFD allowance 18% per tote pan. c. How many tote pans can be processed by one worker in an 8 hour shift. d. If there are 1000 tote pans need to be processed in a day how many workers and machines are needed. Assume worker can operate 2 machines at the same time. e. With the number of workers and machines that you calculate in d, what is the potential output (# of tote pans processed) for a week? (min) 1. You are given the following worker-machine cycle involving loading and unloading two Machines. Machine Machine Worker Sequence Work element A time B Time time (min) (min) 1 Worker walks to tote pan containing raw stock 0.13 idk idic Worker picks up raw workpart and transports to 2 Machine A 0.23 idle idle Worker koads part into machine A and engages 3 machine semi-automatic cycle 0.12 idle idle Machine A runs semi-automatic cycle, worker 4 returns to raw stock area 0.13 0.75 idle Worker picks up raw workpart and transports to 5 Machine B 0.23 lidle le Worker kaads part into machine B and engages 6 machine semi-automatic cycle 0.12 idle 7 Machine B runs semi-automatic cycle . 0.75 8 Worker unloads finished part from machine A 0.10 Worker transports finished part and deposits into 9 tote pan 0.15 10 Worker walks to tote pan containing raw stock 0.131 Worker picks up raw workpart and transports to 11 0.23 Worker koads part into machine A and engages 12 machine semi-automatic cycle 0.12 13 Machine A runs semi-automatic cycle 0.751 14 Worker unloads finished part from machine B 0.101 Worker transports finished part and deposits into 15 tote pan 0.151 Machine A a. Determine the normal time for the total cycle assuming 90% performance rating per tote pan. b. Determine the standard time with a PFD allowance 18% per tote pan. c. How many tote pans can be processed by one worker in an 8 hour shift. d. If there are 1000 tote pans need to be processed in a day how many workers and machines are needed. Assume worker can operate 2 machines at the same time. e. With the number of workers and machines that you calculate in d, what is the potential output (# of tote pans processed) for a week