The task of the garment factory is to process 900 sets of clothes. In the process of processing, 12 days have passed. There are still 360 suits to deal with today. In this problem, we need to calculate how many sets of clothes are processed on average every day.
In order to solve this problem, we can first calculate the average daily processing capacity.
We can subtract the remaining sets from the total number of sets, and then divide by the number of processed days, that is:
Average daily processing capacity = (total set-remaining set)/processing days
Substituting the known data into the formula, we get:
Average daily processing capacity =(900-360)/ 12
Next, we calculate:
Average daily processing capacity =540/ 12
Average daily processing capacity =45
Therefore, the garment factory processes an average of 45 sets of clothes every day.
This result tells us that in the past 12 days, garment factories processed an average of 45 sets of clothes every day. This also means that how many days will it take for the factory to complete the remaining 360 sets of clothes if it wants to maintain this speed.
To calculate how many more days are needed, we can divide the remaining sets by the average daily processing capacity:
Days Still Needed = Set Remaining/Average Daily Handling Capacity
Days to return in the future =360/45
Days remaining =8 days
Therefore, the garment factory needs 8 days to complete all 900 sets of clothes.
Through this question, we can not only know the daily average processing capacity of the garment factory, but also predict the time required to complete the task. This is of great significance to the management and scheduling of the factory, which is helpful to ensure the timely completion of customer orders and improve production efficiency.
In real life, such problems are everywhere. Learning to solve practical problems by mathematical methods is an essential skill in our daily life and work. It can not only exercise our thinking ability, but also bring convenience to our life and work.
In short, garment factories process 45 sets of clothes every day on average, and it takes 8 days to complete all 900 sets of clothes. Let's look forward to the realization of this goal and pay tribute to the hard work and efficient production of the garment factory. In the process of solving this problem, we not only learned the knowledge of mathematics, but also appreciated the charm of mathematics in solving practical problems.