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Question
An existing insurance application process requires manual keying of three different forms by a team of data entry operators. The three forms' input times appear in the following table along with the numbers of each type of form anticipated for the coming year. A proposed refinement in the process would reduce the number of forms but make each slightly longer. This would be combined with a search of public records on the World Wide Web as necessary. These times and quantities appear in the lower half of the table. If the labor rate for the data entry operators is the same, which method is preferable?
| Form | Time to Input (minutes) | Quantity (forms/year) |
| Part A – Existing Method | 3 | 1,200,000 |
| Part B – Existing Method | 3 | 1,200,000 |
| Part C – Existing Method | 4 | 1,100,000 |
| P art A – Proposed Method | 4 | 1,200,000 |
| Part B – Proposed Method | 4 | 1,200,000 |
| Web Search – Proposed Method | 2 | 650,000 |
Answer
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Related questions
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Q:
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Q:
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Q:
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Q:
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Q:
A single-sampling plan by attributes is needed for a purchased component. Table G.1 is appended to this exam.
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Q:
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Q:
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Q:
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Q:
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Q:
Construct a 3-sigma and R-chart for the length in centimeters of a part from the following table. Sample #
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Q:
The three-person crew worked their way through the neighborhood, testing doorknobs and windows and slipping past security systems like a team of ninjas. Of course, they weren't ninjas, but a crew of brazen burglars, hoping to grab cash and other valuables to fence at the next level of their supply chain. Fortune smiles on them on this day in the prestigious Edmond Oaks neighborhood. A lawn maintenance crew is creating a tremendous racket mowing and edging lawns, which completely drowns out the sounds of breaking glass. Details of the day's haul appear in Table C.
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Q:
Consider this list of jobs that have just arrived and are ready for processing. They all require processing first on machine 1 and then on machine 2. Both machines are now idle. Develop a schedule that minimizes makespan and calculate this makespan time. Now assume that each job can be split into two jobs, each having half the duration on both machine 1 and machine 2. Using the original sequence that minimized average flow time, calculate the flow times for all split jobs What is the effect of this new schedule on the average flow time for these split jobs? Job
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14
6 2
11
12 3
16
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12
8 5
22
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13
15 7
10
12 8
8
13