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Yes. To find the average of something, you could use the mean and to find the mean of something, you could use the average.
For example:
List of ABC's Grades:
87%
76%
55%
87%
100%
34%
88%
Now you would add these up and then divide by the total number of numbers. (There are 7 numbers, so I would divide the sum of these by 7)
( / = divided)
The sum is 527 / 7 = 75.7878
So, ABC's average for the semester is 76 % (rounded)
That is mean and average.
So, Yes They Are The Same Thing.
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What is the mean avagerge?
The "mean" and the "average" of a bunch of different numbers are the same thing. It's the number that they would all have to be if they were all the same number and added up to the same total that they do now.
How do you find the average of a unknown number?
If you have only one number, then its average is that number itself: mean average = sum_of_numbers ÷ number_of_numbers → mean average = the_unknown_number ÷ 1 = the_unknown_number median average = middle number when listed in order; with only one number, it is the middle number → median average = the_unknown_number mode average = most frequent number; if there is more than one number with the same frequency, they are all the mode average; unless every different number occurs the same number of times in which case there is no mode average. With only 1 number, it is the sole most frequent number → mode average = the_unknown_number
How do you average things with one number?
If you mean duplicates of the same number, then that number is the average. If it is one number, it is the number's value itself. For example the average of four fours (4, 4, 4, 4) isfour itself. Alone, the average of 4 is just 4. Is that what your question is?
What is the mean average of 12?
The mean average of any one number is the number itself.
What is the average mean of 17?
The average mean of any one number is the number itself.
Is the average and the mean of a number the same thing?
Yes they mean the same thing.
What is the mean avagerge?
The "mean" and the "average" of a bunch of different numbers are the same thing. It's the number that they would all have to be if they were all the same number and added up to the same total that they do now.
How do you find the average of a unknown number?
If you have only one number, then its average is that number itself: mean average = sum_of_numbers ÷ number_of_numbers → mean average = the_unknown_number ÷ 1 = the_unknown_number median average = middle number when listed in order; with only one number, it is the middle number → median average = the_unknown_number mode average = most frequent number; if there is more than one number with the same frequency, they are all the mode average; unless every different number occurs the same number of times in which case there is no mode average. With only 1 number, it is the sole most frequent number → mode average = the_unknown_number
Is the mean an the average the same thing?
no, the mean is the number that appears in the middle when placed from lowest to highest, the average is the sum of the numbers divided by the amount of numbers.
Is mean and mode ever the same?
No mean is the average of a group if data and mode is the number that occurs the most in a group of data
How do you average things with one number?
If you mean duplicates of the same number, then that number is the average. If it is one number, it is the number's value itself. For example the average of four fours (4, 4, 4, 4) isfour itself. Alone, the average of 4 is just 4. Is that what your question is?
How do you find the mean and the average of a number?
The mean or average of a single number is always itself!
What is the mean average of 18?
The mean average of any one number is the number itself.
What is the mean average of 24?
The mean average of any one number is the number itself.
What is the mean average of 12?
The mean average of any one number is the number itself.
What is the average mean of 17?
The average mean of any one number is the number itself.
Average of numbers?
To find the average of a given set of numbers, total the numbers and divide that total by the number of members of the set.
