13
This list of numbers is the list of prime numbers. Following 11, the next two numbers in the list are 13 and 17.
All of the numbers appear once and as a mode is the most commonly occurring number, there is no mode.
Make up a data set of at least 12 numbers that have the following landmarks maxium:18 range 13 mode 7 median 12
Finding the mode of a list a numbers is very easy. The mode of a list is the value(s) that appears most frequently. Example: [12, 13, 5, 6, 8, 12, 15, 12]. 12 is the mode of this list of numbers as 12 appears three times while no other number appears more than once.
13
13. The mode is the number or group of numbers (set) that appear most frequently in the data
The average, median and mode of a list of numbers will be the same when the middle (or mean of the two middle numbers) is equal to the most common number in the list, and that number is also the mean. This assumes that the list has only a single mode. If you arrange such a list of numbers from least to greatest, the mode value will be grouped at the middle of the list, thus becoming the median as well. The average of the non-median values will be equal to the median/mode. Given a target mean/median/mode and a list length, you can construct an infinite number of lists that qualify. Here are some examples: 10 10 10 10 10 (or any list of only one number) 11 12 12 12 12 13 1 2 3 4 5 5 5 6 7 8 9
28,17,45,32,29,28,14,27
there is no mode. A mode is a sequence of numbers that have a pair: EXAMPLE: 21 13 54 77 13 90 65 77 3 88 21 the mode would be 21 13 and 77 because they were repeated in the sequence.
All of the numbers appear once and as a mode is the most commonly occurring number, there is no mode.
All of the numbers appear once and as a mode is the most commonly occurring number, there is no mode.
There are three modes: 11, 12 and 13