I believe it would be both numbers or none at all.
A mode is the number that appears most frequently in data. For instance, in the set 2,3,3,5,7,7,7,7,8,9,9 the mode is 7. Something is bimodal if two numbers have the equally high frequency. Data is trimodal if there are three equally frequent numbers, and so on. If all numbers occur at equal frequency, for instance in the set 2,2,4,4,5,5,7,7,8,8,9,9, then there is no mode.
100,100,100,100,100,100
the mean of five numbers is 6 and the mode is 7 what are the numbers
If there are no recurring numbers than the answer would be no mode, or 0.
The mode of a selection of numbers is the most common number in a selection. Therefore, in a selection where each number appears just once, every number in the list is a mode.
Then there is no mode. There can only be a mode if one number occurs most often.
Since each of those numbers exists once in the list, there is no mode. Or alternatively, all of those numbers is the mode.
If a set of numbers never repeats, then it has no mode. It doesn't exist.
Yes. It must be at least one of the numbers on the list. If there is the same amount of each number, then there is no mode.
A mode is the number that appears most frequently in data. For instance, in the set 2,3,3,5,7,7,7,7,8,9,9 the mode is 7. Something is bimodal if two numbers have the equally high frequency. Data is trimodal if there are three equally frequent numbers, and so on. If all numbers occur at equal frequency, for instance in the set 2,2,4,4,5,5,7,7,8,8,9,9, then there is no mode.
the mode is 8 , because you have to subtract the biggest # with the smallest # = so ... 9-1 = 8 ... ya so ur answer is 8* * * * *That is the range - not the mode. The mode is the value that appears most often. So in this case each of the five numbers is a mode. The 5 numbers each appear once - more than the numbers that make no appearance at all.
If the seven numbers are the only possible outcomes then there is no mode. Otherwise each one of the seven is a mode since they appear more often than the numbers that do not appear at all.
100,100,100,100,100,100
there is no mode * * * * * Actually, there are three modes - each of the number appears once and that is more that the numbers that are not in the above list.
there is no mode at all then
If there is no repeated numbers there is simply no mode. If there is two numbers that are the same, (example: 3,3) then that will be your mode. (Data: 3,3 Mode:3)
They could all be the same number, e.g. 55555 (mean=median=mode=5) or they could be three numbers the same, with an equal space between the first two and the last two, e.g. 24446 (mean=median=mode=4). For the mode to be well-defined, some of the numbers have to be the same.