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A construction team gives an estimate of three months to repave a large stretch of a very busy road. the government responds that it's too much inconvenience to have this busy road obstructed for three months, so the job must be completed in one month. how does this deadline change the number of workers needed?

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Final answer:

To meet a reduced construction deadline from three months to one month, typically a threefold increase in workers or work hours is needed, provided work conditions remain constant. However, the actual number of additional workers required can vary due to logistical limitations, equipment availability, and project scalability.

Step-by-step explanation:

When a construction project's deadline is shortened, the project management team must adjust resources accordingly to meet the new timeline. This generally means increasing the number of workers or adjusting the work hours to add more shifts, so that more labor hours can be contributed each day to complete the project on time. In the student's scenario, reducing the repaving project's completion time from three months to one month typically requires a threefold increase in the workforce or work hours, if we assume the amount of work and productivity per worker remains constant. The precise number of additional workers will also depend on the nature of the work, the availability of equipment, and other logistical considerations. In practice, there might be physical limits to how many workers can be effectively deployed at the same time due to space or equipment, and this can affect the ability to scale up labor to meet the shorter deadline.

Moreover, it is essential to consider that accelerating a project often leads to increased costs and may require more intensive management to coordinate the additional resources effectively. These factors are key considerations when negotiating project timelines and ensuring the quality of work is maintained despite the shortened timeframe.

User YRUsoDiao
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This problem is related to proportionality. In this case, the time to complete the job should be inversely proportional to the number of workers on the job. So based on the given problem above, the deadline changes the number of workers needed would be three times as many as the workers needed. Hope this helps.
User Sean Long
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