Determine the sequence that will minimize idle time of both machine TIME (HOURS) MACH 1 JOBS A B с D E F G H 16 3 9 8 2 12 18 20 MACH 2 5 13 6 7 14 4 14 11
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- Under Taylor's differential piece rate scheme, if a worker fails to complete the task within the standard time, then he is paid: 175% of the piece work rate 125% of the piece work rate 83% of the piece work rate 67% of the piece work rate Pls answer fast i give up vote plz select correct option without explanationThe data in the following table represent time-studyobservations for an assembly process at Nagesh Murthy's ToyFactory. On the basis of these observations, find the normal timefor each element and the standard time for the process. Assume aI 0% a llowance factor.If Jose’s established rest day is scheduled on Saturdays. Jose asks the company to pay him an additional compensation of at least thirty percent (30%) of his regular wage. Is Jose correct?
- You can accomplish any one of the following at an additional cost of $1500. If you will save $1000 for each day that the earliest completion time is reduced, which of the following actions should be taken, if any? 1. Reduce job 5 by two days. True or false 2. Reduce job 3 by two days. True or false 3. Reduce job 7 by two days. True or falseWhat time should be allowed such that there is a 95% chance of completion within that time?Let the durations of jobs A, B, C, D, and E on machine 1 be 7, 4, 2, 9, and 5 hours, respectively. Let the durations of jobs A, B, C, D, and E on machine 2 be 3, 6, 8, 1, and 10 hours, respectively. Rank these jobs according to Johnson's rule.a) Which job is in third place?b) Which job is in last place?
- The snapback timing method was used to obtain the average times and performance ratings for work elements in a manual repetitive task. (See table below). All elements are worker-controlled and were performance rated at 80%. Element e is an irregular element performed every five cycles. A 15% allowance for personal time, fatigue, and delays isapplied to the cycle. Determine (a) the normal time and (b) the standard time for this cycle. If the worker’s performance during actual production is 120% on all manual elements for 7 actual hours worked on an 8-hour shift, (c) how many units will be producedFiona cleans offices. She is allowed 5 seconds per square foot. She cleans building A, which is 3,024 square feet, and building B, which is 2,424 square feet. Will she finish these two buildings in an 8-hour shift? Will she have time for a break? Round intermediate calculations to two decimals and final answer to whole number. (yes or no), she (will or will not) finish in an 8-hour shift, and she (can or cannot) have a break of _____ minutes.A recurring maintenance job in a factory is being done by a three-man crew. Due to the nature of the job and space limitations, it was observed that two of the men were idle 37% of the time; one of the men was also idle an additional of the time, and at any given time only one man was required. The men were each paid P24.00 per hour. Each time the job was performed a set of tools and equipment with a value equivalent to P36.00 per hour was used. If the three-men crew could complete the work in 5 hours, which crew size would be the most economical
- As the Cottrell Bicycle Co. of St. Louis completes plans for its new assembly line, it identifies 25 different tasksin the production process. VP of Operations Jonathan Cottrell now faces the job of balancing the line. He lists precedencesand provides time estimates for each step based on work-sampling techniques. His goal is to produce 1,000 bicycles perstandard 40-hour workweek.Balance this operation using the shortest operation time rule and compute the efficiency of the line.The normal time to perform a certain manual work cycle is 3.47 min. In addition, an irregular work element whose normal time is 3.70 min must be performed every 10 cycles. One work unit is produced each cycle. The PFD allowance factor is 14%. Determine (a) the standard time per piece and (b) how many work units are produced during an 8-hour shift at 100% performance, and the worker works exactly 7.018 hr, which corresponds to the 14% allowance factor. (c) If the worker’s pace is 120% and he works 7.2 hours during the regular shift, how many units are produced?We are analyzing the performance of four different machines, all subjected to the same workload. We have calculated the average Cycle Time (CT) and Work in Progress (WIP) for these machines. Which machine has the smallest effective variability? Machine 1: CT= 5 hours , WIP= 15 units Machine 2: CT= 10 hours , WIP= 30 units Machine 3: CT= 20 hours , WIP= 60 units Machine 4: CT= 40 hours , WIP= 120 units