To make widgits, an operator places 38 parts in a fixture, places the fixture in the machine, and the machine returns the completed parts in 13 minutes. There is one machine operating. What is the processing time for a part in seconds?
Answer:
Explanation:
To make widgits, an operator places 38 parts in a fixture, places the fixture in the...
5. Changeover of fixtures on a machine takes 35 minutes. Following the changeover, an aver- ed before the correct setting is achieved. For ch part the processing time is two minutes and the material cost is $1.50. The labor cost for a skilled setup person to do the changeover and adjustment is $15.50 per hour. The labor cost of the machine operator is $10.50 per hour. Currently, the part is produced in batches of 50 units. Suppose the setup procedure...
Parts arrive at a two-machine system according to an exponential interarrival distribution with mean 20 minutes. Upon arrival, the parts are sent to Machine 1 and processed. The processing-time distribution is TRIA (4.5, 9.3, 11) minutes. The parts are then processed at Machine 2 with a processing-time distribution as TRIA (16.4, 19.1, 21.8) minutes. The parts from Machine 2 are directed back to Machine 1 to be processed a second time (same processing-time distribution ). The completed parts then exit...
Can anyone solve: "Simulation with Arena 6th Edition - Chapter 8 - Question 3E" 8-3 Change your model for Exercise 5-2 to use a fork truck (45 feet/minute) for transportation of parts in the system. Assume that the parts arrive at an incoming dock and exit at a second dock. Assume that the distance between the incoming dock and Machine 2 is 200 feet; all other distances are 100 feet. Animate your solution. Run your simulation for 20,000 minutes to...
Use Excel & show work - The Dynaco Manufacturing Company produces a particular product in an assembly line operation. One of the machines on the line is a drill press that has a single assembly line feeding into it. A partially completed unit arrives at the press to be worked on every 7.5 minutes, on average. The machine operator can process an average of 10 parts per hour. Determine the average number of parts waiting to be worked on, the...
A production process consists of two resources. One resource consists of one machine that is used to make 3 different parts. Those parts are needed to make the one product. The parts are labeled, A, B and C. To make a product requires 3 A parts, 2 B parts and 1 C part. Switching production from one type of part to another requires 2.5 minutes. Once setup to make a part, the machine works at the rate of 8 A...
In their Portland, Oregon facility, Wavy Wood Works makes several types of wood bowls from coastal drift wood. To make a bowl, the first step is to clean the drift wood. Each piece of drift wood makes a single bowl. There is one cleaning machine. It takes 38 seconds to load each piece of wood and the machine can hold up to 33 pieces. Once all of the pieces are loaded into the machine, it takes 44 minutes to clean...
Arena Simulation Modeling In Model 3-1, suppose that instead of having a single source of parts, there are three sources of arrival, one for each of three different kinds of parts that arrive: blue (as before), Green, and Red. For each color of arriving part, inter-arrival times are exponentially distributed with a mean of 16 minutes. Run the simulation for 480 minutes, and compute the same performance measures as for Model 3-1. Once the parts are in the system, they...
Anguilla Manufacturing is interested in using the data collected during value stream mapping to evaluate the current state of performance of the capacity of its manual assembly line process under different batch size assumptions. The availability of processing per shift, after accounting for breaks and a midshift employee meeting, is 436 minutes. The current operating characteristics of each processing step are found in the accompanying table. Note that each step can only process one part at a time and all...
A machine that manufactures automobile parts produces defective parts 13% of the time. If 10 parts produced by this machine are randomly selected, what is the probability that at least 2 of the parts are defective? Carry your intermediate computations to at least four decimal places, and round your answer to at least two decimal places.
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