The average deviation from the mean, for any set of numbers, is always zero.The average deviation from the mean, for any set of numbers, is always zero.The average deviation from the mean, for any set of numbers, is always zero.The average deviation from the mean, for any set of numbers, is always zero.
The mean would be negative, but standard deviation is always positive.
The average of any group of numbers is always more than the smallest one and less than the largest one. If the numbers are all negative, then their average is negative too.
The set of numbers that consists of the positive numbers, the negative numbers, and zero are integers. There are no fractions in integers.
Actually the set of integers is the same as the set of whole numbers since the whole numbers include negative whole numbers and zero.
The average deviation from the mean, for any set of numbers, is always zero.The average deviation from the mean, for any set of numbers, is always zero.The average deviation from the mean, for any set of numbers, is always zero.The average deviation from the mean, for any set of numbers, is always zero.
The mean would be negative, but standard deviation is always positive.
It belongs to the set of negative rational numbers, negative real numbers, fractionall numbers, rational numbers, real numbers.
The average of any group of numbers is always more than the smallest one and less than the largest one. If the numbers are all negative, then their average is negative too.
The set of numbers that consists of the positive numbers, the negative numbers, and zero are integers. There are no fractions in integers.
Actually the set of integers is the same as the set of whole numbers since the whole numbers include negative whole numbers and zero.
Finding the mean (average) of a single number is pointless. It will always be the number. To find the mean of a set of numbers, total the numbers in the set and divide that total by the number of members of the set.
The answer depends on what do you mean by "all". It could be the set of all integers, the set of all rationals or the set of all reals.
It is the set of all numbers excluding zero.
If you mean the set of non-negative integers ("whole numbers" is a bit ambiguous in this sense), it is closed under addition and multiplication. If you mean "integers", the set is closed under addition, subtraction, multiplication.
No. Whole numbers are counting numbers and zero.
...26,26,26...-or-...24,25,26,27,28...or26 NEGATIVE 85 and 137