To communicate information graphically<\/strong><\/p>\n

\n
• With histogram, team members can with ease see the values which occur most times, (I.e. the frequency of values). If you use a Histogram to summarize big data sets, or to relate measurements to specification limits, you are using a powerful tool for communicating information.<\/li>\n<\/ul>\n

  To use a tool to assist in decision making<\/strong><\/p>\n

  \n
  • In the use or creation of histogram, all sizes, certain shapes and the spread of data have meanings that can assist you in inspecting issues and making decisions.<\/li>\n
  • But always remember that if the data you have in hand aren\u2019t current, or you do not know how the data were collected, it\u2019s a waste of time trying to chart them. Performing measurements cannot be used for making decisions or estimates when they were made by a process that is different from the present one or were collected under conditions that are not known.<\/li>\n<\/ul>\n

    Benefits of the Histogram<\/h2>\n

    The advantages of the histogram are in its applications.<\/p>\n

    \n
    1. Using the histogram helps us to make the decision making process a lot more easy to handle by viewing the data that was collected or will be collected to measure pass performance of any given company.<\/li>\n
    2. A histogram offers a way to display the frequency of occurrences of data along an interval.<\/li>\n
    3. When you Use the data presented in the histogram, you can regulate statistical information.<\/li>\n
    4. The Histograms track helps determine trend. For instance, if you have divided the horizontal line into 12 segments representing January through December and the vertical line is divided into temperatures, you can see the trend of temperatures during the year.<\/li>\n
    5. You can use histogram calculations to make your picture clearer to read and to categorize your data into many diverse classes.<\/li>\n<\/ol>\n

       Conclusion<\/h2>\n

       In conclusion, when one uses histogram for calculations of frequency and other necessary actions like decision making and so on, it is the area of the bar that shows the frequency of incidences for each bin. Therefore, this shows that the height of the bar does not really show how many incidences of scores there were within each specific bin. The histogram is the produce of height multiplied by the width of the bin that shows the frequency of incidences within that bin.<\/p>\n<\/div>

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