A set of numbers will have a mean, which is defined as the sum of all the values divided by the number of values. Suppose this mean is m. For each of the values, the squared deviation is the square of the difference between that value and m. Algebraicly, if you have a set {x1, x2, x3, ... , xn}, whose mean is m, then the squared deviation from the mean for x1 is (x1 - m)2.
Memory so if you want to save or add a number to your memory you would use M+ if you want to subtract a number from memory you would use M- if you want to recall that number you would use MR and if you no longer need to save that number you would use MC
Sto on the calulator means it will save the number in the memmory then pres m to get it back
m/2
Money making machine
That means if you multiply 3 and m together, you will get the number. Suppose the number is 24. Then you know that m = 8.
1,000
The roman numeral M represents the number 1000.
The letter M is equivalent to the number 1000 in Roman Numerals.
i think it means MILLION
If you mean 14=2m+2... then m=6
You cannot. Suppose the mean of a set of numbers is m. Now add the pair of numbers m-x and m+x to the set, where x is any number. The new, extended set will have the same mean as before but two more members.
The Roman numeral M or m, they both mean the same, is equal to 1000.
No, that's the mode. Think m-o most, m-o mode.
M multiplied by 2 + 25 or 2m + 25
Easy way to remember: MEAN M ean E quals A verage N umber
A set of numbers will have a mean, which is defined as the sum of all the values divided by the number of values. Suppose this mean is m. For each of the values, the squared deviation is the square of the difference between that value and m. Algebraicly, if you have a set {x1, x2, x3, ... , xn}, whose mean is m, then the squared deviation from the mean for x1 is (x1 - m)2.