Q: Can a data set have the same mean median mode and range?

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The mode, median, and range of a single data point such as 65 are all the data point itself, 65 in this instance.

Yes. They must have a range and median. They may or may not have a mode.

the median and mode are but the mean is not

28, 30, 31, 31, 32 Mean: 30.4 Median: 31 Mode: 31 Range: 4

The mean, the median, the mode and the upper and lower limits of the range would each be reduced by the amount subtracted.

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The mode, median, and range of a single data point such as 65 are all the data point itself, 65 in this instance.

Yes. They must have a range and median. They may or may not have a mode.

No, not all data sets have a mode but all data sets have a mean and median.

median= 4&3 range=3 mode= no mode

the median and mode are but the mean is not

The mean, the median, the mode and the upper and lower limits of the range would each be reduced by the amount subtracted.

28, 30, 31, 31, 32 Mean: 30.4 Median: 31 Mode: 31 Range: 4

Mean: 71 Median: 67.5 Mode: None Range: 28

The central tendency can be summarised by the mode, median or mean. For qualitative data, only the mode is available.The central tendency can be summarised by the mode, median or mean. For qualitative data, only the mode is available.The central tendency can be summarised by the mode, median or mean. For qualitative data, only the mode is available.The central tendency can be summarised by the mode, median or mean. For qualitative data, only the mode is available.

Mean: 4.2 Median: 2 Mode: 1 Range: 8

Prior to the introduction of 170, the mean, median, mode and range did not exist since there were no numbers at all. Once 170 is introduced, it becomes the mean, median and mode. The range is zero.

These terms apply to a set of data: mode: to the most common number (the number that appears most often) median: the middle number mean: The sum of all the data divided by the number of data items present. range: the difference between the largest and smallest values of data